May 22 21:51:39 2011 +0000 (christos):
From Nathan Whitehorn (nwhitehorn at freebsd dot org):
Add code to generate bootable ISOs on Powermac and CHRP systems.
Synthesize some partition maps (APM and MBR, respectively) pointing
to (a) the whole disk, and (b) relevant El Torito boot images that
have been added by other code. These partition maps are a little
bit funny looking, but they seem to work. FreeBSD has been using
this successfully in their release generation on powerpc, as well
as generating all non-SPARC install media. SPARC support could
probably be added as an extension of this patch.
makefs.8 1.33
Tue Aug 23 17:09:11 2011 +0000 (christos):
PR/45285: Martin Matuska: makefs does not properly convert ISO level 1 and 2
filenames (buffer overflow)
makefs does not properly verify the maximum filename length in the
special "." case for both ISO level 1 and ISO level 2 filename
conversion. This creates broken images or causes a buffer overflow
(ISO level 2).
ISO level 1:
If a filename contains only dots or up to 8 characters followed by
dots the 8+3 limit check doesn't work.
ISO level 2:
If a filename contains a dot in the first 30 characters and a dot
on the 30th character, the length limit check doesn't work and the
buffer is overflowed.
$ mkdir level1
$ touch level1/12345............
$ makefs -t cd9660 -o isolevel=1 test.iso level1
$ mkdir level2
$ touch level2/1234567890.2345678901234567.....34567890123456789012345
$ makefs -t cd9660 -o isolevel=2 test.iso level2
cd9660.c 1.32
Sun Oct 9 21:33:43 2011 +0000 (christos):
add support for setting the ufs label. (Nathan Whitehorn)
ffs.c 1.45
ffs.h 1.2
mkfs.c 1.22
makefs.8 1.37
Obtained from: NetBSD
From NetBSD, Mon Aug 15 14:45:01 2011 +0000 (wiz)
Re-order `usage' alphabetically;
rename option arguments in the manpage's `SYNOPSIS' section to
match those from `usage' (not the other way around; the `usage'-line
(and other parts of makefs.c) contain the correct names);
minor punctuation improvements.
From Snader_LB.
makefs.8 1.36
makefs.c 1.30
Obtained from: NetBSD
This is taken from the NetBSD versions listed below and adapted to the
makefs version in FreeBSD, along with a bug fix from cem@ that will be
sent to NetBSD.
Reviewed by: pfg
Approved by: re (gjb)
Obtained from: NetBSD
MFC after: 1 month
Differential Revision: https://reviews.freebsd.org/D6835
- Don't use contractions (don't -> do not)
- Change "throw away" to "discard" when describing the -o keep-bad-images option
- Revert author e-mail split I brought over from NetBSD, effectively reverting
the change bapt made in r267668
MFC after: 3 days
Submitted by: bjk
Sponsored by: EMC / Isilon Storage Division
Note which options have been implemented and which options haven't
been implemented
Submitted as the following NetBSD PRs: bin/50390 and bin/50392
MFC after: 1 week
Sponsored by: EMC / Isilon Storage Division
- Rename -r to -R to avoid the clash with makefs -r in NetBSD
- Note that -R is an FFS-specific option because it's not implemented
in cd9660 today
- Rename the roundup variable to "roundup-size" in the manpage and help
text for consistency with other variables.
- Bump .Dd (missed in r289203)
PR: 203707
MFC after: 1 week
X-MFC with: r289203
Differential Revision: https://reviews.freebsd.org/D3959
Reviewed by: adrian (earlier patch), emaste
Sponsored by: EMC / Isilon Storage Division
image up to.
From ticket:
While trying to run FreeBSD/mips on some device having very small flash media,
one is forced to compress file system with mkulzma(8) utility. It is desirable
to specify small UFS block/fragment sizes like 4096/512 bytes for makefs(8)
and big compression block size like 65535 bytes to mkulzma at the same time.
Then one obtains very good comression ratios (like 75% and more) but faces
the following problem.
geom_uncompress kernel module reports GEOM provider size rounded up to its
compression block size. Generally, this changes original media size and now
it fails to match the size of embedded UFS file system that leads to other
problems, f.e. geom_label kernel module does not like this and skips the
file system while tasting the GEOM and looking for UFS label.
This makes it impossible to refer to the file system using known UFS label
instead of something like /dev/map/rootfs.uncompress.
The following patch introduces new command line option "-r roundup" for makefs
that makes it round up the image to specified block size. Hence, geom_uncompress
does not change GEOM media size for images rounded that way and geom_label
accepts such GEOMs just fine.
With the patch applied, one can use following commands:
$ makefs -t ffs -r 65536 -o bsize=4096,fsize=512,label=flash optimization=space fs.img fs
$ mkulzma -s 65536 -o fs.img.ulzma fs.img
PR: bin/203707
Submitted by: <eugen@grosbein.net>
to be created. The support is based on mtree version 2.0, as used
in libarchive, but adds new features on top of it.
The current implementation is fully functional, but is envisioned
to grow at least the following additional features over time:
o Add support for the /include special command so that manifest
files can be constructed using includable fragments.
o Add support specifying a search path to locate content files.
o Content file filters: commands that provide file contents on
stdout.
The manifest file eliminates the need to first construct a tree
as root in order to create an image and allows images (releases)
to be created directly from object trees and/or source trees.
Reviewed by: deo
Sponsored by: Juniper Networks, Inc
