Add vendors and products from FreeBSD/OpenBSD.
- for aue(4):
ADMtek AN986A Ethernet
Add vendor ELCON Systemtechnik and its product Goldpfeil P-LAN
ELECOM LD-USB20
Mobility EasiDock Ethernet
SIIG2 USB TO Ethernet
- for axe(4):
Acer Communications & Multimedia EP-1427X-2 Ethernet
ASIX AX88178 USB 2.0 10/100 Ethernet adapter
ATen UC210T Ethernet
Belkin F5D5055 Ethernet adapter
Billionton USB2AR Ethernet
D-Link DUB-E100 rev B1
Good Way Technology GWUSB2E
I-O DATA ETG-US2
Ethernet port in the JVC MP-PRX1 port replicator.
Add new vender ID for Linksys (LINKSYS4) and its product USB1000
OQO model 01+ Ethernet
- for cdce(4):
Acer Labs M5632 USB 2.0 Data Link
Add vendor Ambit Microsystems and its product NTL 250 cable modem
COMPAQ iPAQ Linux
Add vendor G.Mate Inc. and its product YP3X00 PDA
Two Motorola devices (FreeBSD/OpenBSD don't have the details)
NetChip Linux Ethernet/RNDIS gadgets
- for kue(4):
Silicom Psion Gold Port Ethernet
- for ural(4):
Belkin F5D7051 54g USB Network Adapter
GIGABYTE GN-54G
Siemens Info 54g USB Network Adapter
- for url(4):
AboCom RTL8151
RealTek RTL8151 PNA
ZyXEL Prestige
Remove duplicates.
Whitespace police.
config_handle_wedges() and read_disk_sectors(). On x86, handle_wedges()
is a thin wrapper for config_handle_wedges(). Share opendisk()
across architectures.
Add kernel code in support of specifying a root partition by wedge
name. E.g., root specifications "wedge:wd0a", "wedge:David's Root
Volume" are possible. (Patches for config(1) coming soon.)
In support of moving disks between architectures (esp. i386 <->
evbmips), I've written a routine convertdisklabel() that ensures
that the raw partition is at RAW_DISK by following these steps:
0 If we have read a disklabel that has a RAW_PART with
p_offset == 0 and p_size != 0, then use that raw partition.
1 If we have read a disklabel that has both partitions 'c'
and 'd', and RAW_PART has p_offset != 0 or p_size == 0,
but the other partition is suitable for a raw partition
(p_offset == 0, p_size != 0), then swap the two partitions
and use the new raw partition.
2 If the architecture's raw partition is 'd', and if there
is no partition 'd', but there is a partition 'c' that
is suitable for a raw partition, then copy partition 'c'
to partition 'd'.
3 Determine the drive's last sector, using either the
d_secperunit the drive reported, or by guessing (0x1fffffff).
If we cannot read the drive's last sector, then fail.
4 If we have read a disklabel that has no partition slot
RAW_PART, then create a partition RAW_PART. Make it span
the whole drive.
5 If there are fewer than MAXPARTITIONS partitions,
then "slide" the unsuitable raw partition RAW_PART, and
subsequent partitions, into partition slots RAW_PART+1
and subsequent slots. Create a raw partition at RAW_PART.
Make it span the whole drive.
The convertdisklabel() procedure can probably stand to be simplified,
but it ought to deal with all but an extraordinarily broken disklabel,
now.
i386: compiled and tested, sparc64: compiled, evbmips: compiled.
FINDCOMM contains the find(1) command that produces the list of
NetBSD sources that all architectures share, COMM. For backwards
compatibility, evaluate FINDCOMM to produce ${COMM}.
In arch/evbmips/Makefile, use FINDCOMM directly, because the
command-line 'echo $COMM ...' was too long.
the reference counter of the corresponding struct dquot will overflow.
Change the type of the reference counter from u_int16_t to u_int32_t and
add an assertion to check for overflow.
Observed and tested by Edgar Fuß.
Welcome to 4.99.21 (struct dquot and therefore struct inode changed layout)
in kern_prot.c in order to simplify the code paths.
NB: the grouplist is not longer sorted - I don't think anything relies
on this (any more) and nfs will use truncated lists where the order of the
entries is important.
Move the external defns for public functios in kern_prot.c into a new
header sys/prot.h (from sys/ucred.h which contains a compat defn that
is exposed to userspace).
Exposed that the kauth code holds groups in an array, but removes some
of the knowledge of the maximum number of groups.
Allows the syscall code to copyin/out directly to/from the cred structure,
this save a lot of faffing about with malloc/free even when compat code
has to use 16bit groups.
MRU to the link's MTU and initiate an MRU negotiation with the peer.
This is useful when the PPP session is bridged from Ethernet to ATM
by an ADSL modem (such as the Linksys AM200). Unless we negotiate the
lower MRU, the peer is unaware that 1500-byte packets will not make
it umolested across the link (the Linksys AM200 silently truncates them
to 1498 bytes, creating a nice PMTU blackhole).
Note that the PPP RFC says peers MUST accept 1500 byte packets,
regardless of the negotiated MRU, so most ISPs which use PPPoA will
probably still send 1500-byte packets. However, I persuaded my ISP
(Andrews and Arnold) to modify their software to generate an ICMP error
"fragment needed" for packets with IP.DF set which are larger than the
negotiated MRU. They will still forward non-IP.DF packets, with the
associated truncation, but at least my PMTU troubles have gone.
64bit targets. Only the 0xb8-0xbf instructions (move immediate to register)
have a 64bit immediate constant.
Correct the disassembly of movq %eax to/from an immediate address - 64bit addr.
Add cmovxx instructions.
Now stands a chance of not getting all misaligned on normal C code.
Add a few others, but there are a lot missing, but probably mainly SIMD ones.
