so that this part doesn't get included in install media versions
of ifconfig, as per comments on source-changes@ from Izumi Tsutsui.
Also re-instate the use of ${.CURDIR} when setting up the include path.
system generate heaps of odd allocations since the end of write request was
overwritten by the start of the second resulting in another relocation.
Also added a full flush of the file on a VOP_CLOSE(). This automatically
flushes file tails to disc.
provided, kvm_open() and kvm_openfiles() will try _PATH_KSYMS first,
then either the path from sysctl machdep.booted_kernel (if that's
available) or _PATH_UNIX (if the sysctl is not available).
so that it is used both for the /dev/mem case and the core dump case.
Output from savecore(8) before:
savecore - - - (null): kvm_openfiles: /netbsd: No such file or directory
and after:
savecore - - - no core dump
may be included by different parts of the source tree, in particular
deep down in the distrib/ tree, where ../.. isn't sufficient to "climb"
up to the top of the tree. Fixes the build at least for our arc port.
in rc.subr to be marked as optional. This means that it's not an
error if the file system is not mentioned in /etc/fstab. It is
still an error if something else goes wrong.
Change the defaults for these two variables in /etc/defaults/rc.conf:
critical_filesystems_local="OPTIONAL:/var"
critical_filesystems_remote="OPTIONAL:/usr"
no return; need to stick in text mode as long as possible since libsa does
not include a rasops library. While here, add the 'vesa' command to pxeboot
to mirror biosboot behaviour.
hostname.if(5) is ifconfig.if(5) on NetBSD
Don't speak about enc, as we don't support it at the moment
Make clear that we don't support ipsec protection of pfsync traffic (as long we
doesn't support enc, or similar thing)
Catched by wiz@
Pfsync interface exposes change in the pf(4) over a pseudo-interface, and can
be used to synchronise different pf.
This work was part of my 2009 GSoC
No objection on tech-net@
backwards time was incorrect, and actually disabled the use of mfpr for
timecounters. The intent was to emulate a 32 bit counter using the
hardclock_ticks from the clock interrupt and the contents of the
Interval Counter register. The problem with that was when the ICR
wrapped, but the clock interrupt was blocked resulted in an incorrect
count. Work around this by keeping track of the previous ICR value
and hardclock_ticks to ensure the 32 bit counter doesn't go backwards.
Also, the ICR runs from -10000 to -1, so adjust the value when reading it.
Now mfpr works quit nicely on my 4000/90.
for number keys. snj@ often overshoots the spacebar in a panic and
accidentally hits 'b' instead, which makes the loader boot item '2'.
Can't fix snj@, so fix the boot loader instead.
for orphaned sections to using PROVIDE. What this means is that
unless a rump component internally references that symbol, it will
not be included in the component shared library, and hence cannot
be referenced when the component is loaded. Add a workaround which
works both with 2.16 and 2.19: force a reference to the __start
symbol internally and hence retain it in the resulting library.
information from the BIOS in addition to the currently selected default
partition. Handy when you don't know where to boot from. Here's a demo:
type "?" or "help" for help.
> dev
disk hd0 size 3815 MB
hd0a(4.2BSD) hd0b(swap)
disk cd0
cd0a(unknown)
default hd0a
>
Delete unused atw_voodoo and constants.
Export Tx/Rx statistics with evcnt(9).
Correct the Short Inter-Frame Space (SIFS) that we write to ADM8211's
registers; I do not recall if that corrected the SIFS that I observed
"on the air." Use the constant IEEE80211_DUR_DS_EIFS to configure
the ADM8211's EIFS, instead of writing the same "magic" number,
0x64, that my reference driver wrote.
Do not clear OACTIVE in atw_init(), because atw_stop() cleared it
previously by calling atw_txdrain().
Use the net80211 short-preamble flag and instead of ATW_SHPREAMBLE.
Add an ADM8211 workaround from the reference driver, atw_workaround1(),
but don't compile it right now.
In at_intr(), don't stop processing the interrupt status after
restarting the receive ring, but process Tx interrupt status. If
a packet's Tx lifetime is exceeded, reinitialize the device to get
packets moving again. If the Tx FIFO underflows, restart the
transmitter, not the receiver!
Avoid losing synchronization with the Rx ring by replicating one
of Charles Hannum's fixes to rtw(4) here: receiving a management
packet may, as a side-effect, reset the Rx ring, so refer to the
softc's Rx ring pointer, sc_rxptr, every time through the loop in
atw_rxintr(), instead of refering to a pointer on the stack, i.
Re-synchronize DMA after reading the OWN bit on an Rx/Tx descriptor.
XXX This needs more work.
Reset sc_tx_timer as Tx descriptors are reclaimed from the device.
Shorten staircases in atw_watchdog().
Remove from softc an unused member, sc_intr_ack.
