sources from uio. Both uio_offset and offset, and uio_resid and resid
have the same types for some time.
Add check for buflen overflow by comparing the buflen with both offset
and resid (vs. comparing with offset only, as it is currently done).
Reported and tested by: pho
Approved by: des (pseudofs maintainer)
Sponsored by: The FreeBSD Foundation
MFC after: 1 week
CTF data. Otherwise FreeBSD Update builds think every kernel file has
changed every time there's a security advisory, since the FreeBSD Update
build code isn't smart enough to look inside CTF data to ignore those
changes.
Pointy hat to: cperciva
MFC after: 1 day, or before the next BETA
The previous code simply hard-coded IWN_ANT_AB which is only correct for
some of the NICs.
Now, if the NIC is a 1-stream TX, you need to set IWN_ANT_AB and _not_
just a single antenna. The Intel 5100 firmware panics the moment the
link quality table is updated.
So!
* no secondary antenna? Set it to IWN_ANT_AB;
* two-stream device? Transmit on the full transmit antenna configuration.
Tested:
* Intel 5100, STA
* Intel 2200 (eadler)
Obtained from: Linux iwlwifi
'Sponsored by:' in the FreeBSD commit template.
Support for this has already existed ^/head/contrib/subversion
but it was not enabled in usr.bin/svn/svn/Makefile.
To use the pre-populated 'Sponsored by:' entry, set ORGANIZATION
in make.conf(5), for example:
ORGANIZATION= "The FreeBSD Foundation"
Reviewed by: peter
Sponsored by: The FreeBSD Foundation
I found a stack overflow when a coredump was taken onto a ZFS volume with
heavy network activity. 2 DSI traps, plus one DECR trap, along with several
function calls in the stack, overflowed the 4 pages. 8 page stack fixes this.
Discussed with: nwhitehorn
MFC after: 1 week
- A call was misplaced at the wrong level of nested if blocks, so that
the buffers for unix domain sockets (/dev/log, /dev/klog) were never
increased at all; they remained at a way-too-small default size of 4096.
- The function that was supposed to double the size of the buffer
sometimes did nothing, and sometimes installed a wildly-wrong buffer
size (either too large or too small) due to an unitialized 'slen'
variable passed to getsockopt(). Most often it doubled the UDP buffers
from 40k to 80k because accidentally there would be harmless stack
garbage in the unitialized variables.
- The whole concept of blindly doubling a socket's buffer size without
knowing what size it started at is a design flaw that has to be called a
bug. If the double_rbuf() function had worked at all (I.E., if the
other two bugs didn't exist) this would lead to UDP sockets having an
80k buffer while unix dgram sockets get an 8k buffer. There's nothing
about the problem being solved that requires larger buffers for UDP than
for unix dgram sockets -- the buffering requirements are the same
regardless of socket type.
This change renames the double_rbuf() function to increase_rbuf() and
increases the buffer size on all types of sockets to 80k. 80k was
chosen only because it appears to be the size the original change was
shooting for, and it certainly seems to be reasonably large (I might
have picked 64k in the absence of any historical guidance).
PR: 160433
Submitted by: me, in 2011.
upcoming in-kernel device emulations like the HPET.
The ioctls VM_IOAPIC_ASSERT_IRQ and VM_IOAPIC_DEASSERT_IRQ are used to
manipulate the ioapic pin state.
Discussed with: grehan@
Submitted by: Tycho Nightingale (tycho.nightingale@pluribusnetworks.com)
signifying that a reboot is required to complete activation
of the requested firmware image.
Reported by: Joe Golio <joseph.golio@emc.com>
Sponsored by: Intel
MFC after: 3 days
passed to mergemaster. In this mode, only changes to /etc/master.passwd
and /etc/group are merged to /etc. In addition, it uses a temporary
tree to stage these changes rather than overwriting the existing
'current' and 'previous' trees so that a full update can be run after
a normal installworld has completed.
MFC after: 2 weeks
ludes minor changes relative to upstream, for compatibility with
FreeBSD's in-tree LLVM 3.3:
- Reverted LLDB r191806, restoring use of previous API.
- Reverted part of LLDB r189317, restoring previous enum names.
- Work around missing LLVM r192504, using previous registerEHFrames API
(limited functionality).
- Removed PlatformWindows header include and init/terminate calls.
Sponsored by: DARPA, AFRL
a variant PCI bus instead of trying to shoehorn it into the PCI host bridge
adapter. Besides matching better the architecture on other platforms, this
also allows systems with multiple partitionable endpoints per PCI host
bridge to work correctly.
it can be overriden by its OFW/FDT version.
Give a chance for GPIO devices that implement the device_identify method to
attach.
Approved by: adrian (mentor)
rely only on checking the device unit to indentify the BSC unit we are
attaching to. Make use of the device base address to identify our BSC unit.
Approved by: adrian (mentor)
support.
* Extend the hardware base_params structure to include a bunch of hardware
flags indicating what is and isn't supported.
* Convert a bunch of the initial hardware configuration conditionals to
consult the base_params structure.
* Add new calibration code for temperature calibration for the Centrino 2xxx
series NICs.
* Add new bluetooth coexistence code for Centrino 2xxx series NICs.
* For NICs that support PAN (personal area networking), use a different
transmit queue and command queue setup, in preparation for said
PAN support.
* Extend the calibration array in iwn_softc to include enough space for
the new calibration types.
Tested (by myself, if not mentioned):
* Intel 4965
* Intel 5100
* Intel 6150
* Intel 2230
* Intel 2200 (eadler)
* Intel 1030
* Intel 6200
* Intel 6230
* Intel 6250
* Intel 6150
* Intel 100
What doesn't work:
* Intel 6235 - fails in calibration at startup
TODO:
* Testing on Intel 53xx series hardware
Submitted by: Cedric Gross <cg@cgross.info>
This is a terrible solution that at least behaves mostly correctly.
It walks the currently active rate table looking for rates to match.
It assumes that the code matches the setup path in the link quality
setup code (much like the previous, much simpler but even more hackish
math did.)
It's O(n), but n<15, so we're okay for the time being.
Tested:
* Intel 5100, STA - 11a, 11n, 11bg modes.
(which is a 1x2 device) panics the firmware.
But, for some 6xxx devices that require IWN_ANT_BC for the TX chainmask,
the link quality entries need to represent _that_.
So, revert this for now until I can figure out what is supposed to be
going on.
