contains the ADMtek Pegasus AN986 USB chipset. The
adapter supports both 10BaseT and 100BaseT (including
full-duplex). The product code for these adapters is
0x2206.
in cases where the supplied name was already pointing to a character
special device. This fixes the breakage that occured when trying to
dump a filesystem by name (e. g. /usr), with an fstab already
mentioning the raw device name (like /dev/rda0g) where dump attempted
to use /dev/rrda0g then.
Also removed the now obsolete remark that fstab were carrying block
special names.
introduced in FreeBSD-4.0. The driver is now full up-to-date
with regards to the current kernel interfaces.
Another significant change in this driver version applies
to the checking of the data direction. The driver is now
able to check against the expected data direction in any
circumstance and will not hang either if direction is wrong
at the start of the IO, or if for some weird reason,
the device changes to the wrong direction during the IO.
This driver version is still usable under FreeBSD 3.2/3.3,
since it only requires CAM, other kernel interface dependencies
being #if'ed in the sources according to kernel version.
But, in order to use the driver under those early kernel
versions, user has to move the driver sources by hand and make
appropriate tiny changes to let the kernel know about the driver.
Other changes:
- Remove the debugging stuff for WSR bit.
- Get rid of some warnings about volatile being discarded.
These got replaced by BUS_SETUP_INTR().
This once again illustrates an API change without informing -doc, so
that these sort post cleanup actions could've been avoided.
And then people wonder why the docs suck so much at times.
Reviewed by: peter
which think they know the IntelliMouse 4-byte packet and believe,
wrongly, that any other protocols use 3-byte packets.
- Update a couple of comment lines for A4 Tech mice.
- Mike Smith discovered a panic in the changer probe code if the probe
command (mode sense) fails. So we need to release the CCB used in the
probe before we unlock the peripheral. (i.e. the same fix mjacob put in
the CD and DA drivers)
- A newline was missing in a warning message. (PR kern/17512)
PR: kern/17512
Submitted by: Louis Mamakos <louie@uu.net> (newline fix)
conf/files
i don't seem to be clearing the cache right resulting in a short initial
burst of noise, despite doing the same as creative and alsa. i'm committing
now so more eyes can pore over the code.
your feet. The conversion of the "snp" device to a dynamically growing
device driver was done just a few days ago by Brooks Davis! Shame on
me for not finding that PR :(
This is a forced commit of tty_snoop.c to give the submitter proper credit,
as most of the patch submitted is actually exactly the same code (by some
large amount of entropy). Brooks also submitted the change to LINT to
set the example of "snp" usage to not include a number, as that number is
now deprecated, so that is also in this commit.
PR: 17629
Submitted by: Brooks Davis <brooks@one-eyed-alien.net>
and has not been loaded via a kldload,
running usbd(8) will autoload the "usb.ko" kld.
thanks to Peter Wemm for enlightening me on the
differences between kldfind(2) and modfind(2).
asking a question again if given an invalid input instead of assuming
what the user wants. /etc is not the place to make assumptions when
given invalid input.
Reformat some of the more convoluted code into seperate functions instead
of being inline using tabs instead of space indents.
Allow the user to view merged files they created with sdiff.
Allow the user to redisplay the diff between the installed file and
the new file again.
Time wasted waiting for review: 1 month 2 weeks
async I/O's. The sequential read heuristic has been extended to
cover writes as well. We continue to call cluster_write() normally,
thus blocks in the file will still be reallocated for large (but still
random) I/O's, but I/O will only be initiated for truely sequential
writes.
This solves a number of annoying situations, especially with DBM (hash
method) writes, and also has the side effect of fixing a number of
(stupid) benchmarks.
Reviewed-by: mckusick
doesn't support winmodems, softmodems, hcf or any other modem that
relies on the host to do any sort of soft control for any aspect of
the modem's function. There are two modems known to work:
3COM FaxModem PCI.
ActionTec 56k VoiceMessaging PCI Modem
and the following modem might work
Multitech PCI FaxModem (not sure about this)
and the serial pci cards might work too. I have neither these
hardware items so I can't add support for them.
release for inclusion into the release, but bde talked me out of
committing the module that needs this until after the release. It is
after the release now. :-)
- Add periodic status monitoring routine. Currently just detects
lost commands, further functionality pending data from AMI.
Add some new commands states; WEDGED (never coming back) and
LATE (for when a command that wasmarked as WEDGED comes bacj,
- Remove a number of redundant efforts to poll the card for completed
commands. This is what interrupt handlers are for.
- Limit the maximum number of outstanding I/O transactions. It seems
that some controllers report more than they can really handle,
and exceding this limit can cause the controller to lock up.
- Don't use 'wait' mode for anything where the controller might not
be able to generate interrupts. (Keep the 'wait' mode though sa it
will become useful when we start taking userspace commands.
- Use a similar atomic locking trategy to the Mylex driver to prevent
some reentrancy problems.
- Correctly calculate the block count for non-whoile-bloch transfers
(actually illegal).
- Use the dsik device's si_drv1 field instead of b_driver1 in the
buf struct to pass the driver identifier arond.
- Rewrite amr_start and amr_done() along the lines of the Mylex driver
in order to improve robustnes.
- Always force the PCI busmaster bit on.
input even if the '-n' flag to rsh is used. The write side of the
socket should be closed to allow the remote process to see EOF.
Submitted by: Brad Chisholm <sasblc@unx.sas.com>
INADDR_NONE: Incoming packets go to the alias address (the default)
INADDR_ANY: Incoming packets are not NAT'd (direct access to the
internal network from outside)
anything else: Incoming packets go to the specified address
Change a few inaddr::s_addr == 0 to inaddr::s_addr == INADDR_ANY
while I'm there.
redirected and when no target address has been specified, NAT
the destination address to the alias address rather than
allowing people direct access to your internal network from
outside.
