log.
----------------------------
update copyright notice for 2004
----------------------------
add new statistics
Obtained from: madwifi
----------------------------
update radiotap support to reflect recent changes:
o move tx taps from ath_start to ath_tx_start so lots more
state is available to tap
o add tx flags
o add tx rate
o add tx power (constant for the moment)
o add tx antenna state
----------------------------
do proper subclassing of node free+copy; the previous hack falls apart when
the 802.11 layer does useful work
Obtained from: madwifi
----------------------------
transmit beacon frames directly instead of defering them to a swi; there
was too much delay
Obtained from: madwifi
----------------------------
update copyright notice for 2004
----------------------------
radiotap updates:
o force little-endian byte order for header
o pad header to 32-bit boundary to guard against applications that assume
packet data alignment
FreeBSD commit log:
----------------------------
use correct malloc type to allocate struct ieee80211_node's
Noticed by: phk
----------------------------
do proper subclassing of node free+copy; the previous hack falls apart when
the 802.11 layer does useful work
Obtained from: madwifi
----------------------------
transmit beacon frames directly instead of defering them to a swi; there
was too much delay
Obtained from: madwifi
----------------------------
update copyright notice for 2004
----------------------------
check more quickly (and directly) if an interrupt is pending; this reduces
work done in ath_intr when the irq is shared
Obtained from: madwifi
----------------------------
cleanup descriptor allocation if attach fails
Obtained from: madwifi
----------------------------
remove use IEEE80211_C_RCVMGT
----------------------------
radiotap updates:
o force little-endian byte order for header
o pad header to 32-bit boundary to guard against applications that assume
packet data alignment
----------------------------
Don't announce MAC addresses twice.
(ieee80211_ifattach() calls ether_ifattach().)
----------------------------
Make this compile on amd64.
"I'll cope" by: sam
----------------------------
When draining the tx queue reclaim any node references held in packets.
This fixes a problem when operating as an AP where clients would get
stuck in the node table because the reference count never went to zero.
----------------------------
When ath_hal_stoptxdma returns an error dma is still likely stopped
so don't just stop trying to send a beacon frame or we'll be more likely
to lose sync. This only seems to happen on some older chips.
----------------------------
use ath_reset instead of ath_init when recovering from a watchdog timeout:
resetting the hardware is sufficient, no need to reset the 802.11 fsm
----------------------------
make hw.ath.debug a tunable
----------------------------
make hw.ath.outdoor and hw.ath.countrycode tunables
----------------------------
split debugging messages up into classes;
ah_debug is now treated as a bit vector
----------------------------
update radiotap support to reflect recent changes:
o move tx taps from ath_start to ath_tx_start so lots more
state is available to tap
o add tx flags
o add tx rate
o add tx power (constant for the moment)
o add tx antenna state
----------------------------
o eliminate widespread on-stack mbuf use for bpf by introducing
a new bpf_mtap2 routine that does the right thing for an mbuf
and a variable-length chunk of data that should be prepended.
o while we're sweeping the drivers, use u_int32_t uniformly when
when prepending the address family (several places were assuming
sizeof(int) was 4)
o return M_ASSERTVALID to BPF_MTAP* now that all stack-allocated
mbufs have been eliminated; this may better be moved to the bpf
routines
FAST_IPSEC headers (with declarations of stats structures) in
userspace code. I haven't checked for strict POSIX conformance, but
Sam Leffler's FreeBS `ipsecstats' tool will now compile, if you
manually make and populate usr/include/sys/netipsec.
Committed as-is for Andrew Brown to check more of the sys/netipsec sysctls.
Kanaoka. I've been sitting on this code for 3 years, and have not done
anything better with it. It is ugly, it needs to be handled better, but
it is better to have it #ifdef'ed out rather than nothing.
Michael Eriksson posted to port-i386 on 20031102, with various
modifications by me to work in the new sysctl(9) framework.
The code is enabled with 'options ENHANCED_SPEEDSTEP', and if
the CPU supports EST the following sysctl(8) nodes appear
(with the values that a Dell Inspiron 8600 + WUXGA with a
1.4GHz Pentium M CPU supports):
machdep.est.cpu_brand = Intel(R) Pentium(R) M processor 1400MHz
machdep.est.frequency.target = 1400
machdep.est.frequency.current = 1400
machdep.est.frequency.available = 1400 1200 1000 800 600
If EST support isn't available, the "machdep.est" sysctl sub-MIB
is not created.
Once we have a more general "CPU frequency" control API we can
migrate this code to using that.
Thanks to Michael Erikkson for providing this code!
written by Michael Eriksson and posted to port-i386 on 20031102.
(This is the driver "as is" - I'll commit the code to integrate it
into -current separately)
#1. Fix an off-by-one error in sysctl_net_key_dumpsa(), which was
passing sysctl argument name[1] to a helper. According to Andrew
Brown's revised dynamic sysctl schmea, it must instead pass name[0].
2. There is a naming glitch in using sysctl() for setkey(8): setkey
queries the same sysctl MIB numbers to dump IPsec database state,
irrepesctive of the underlying IPsec is KAME or FAST_IPSEC.
For this to work as expected, sys/netipsec must export net.key.dumpsa
and net.key.dumpsp via the identical MIB numbers used by sys/netkey.
``Make it so''. For now, renumber the sys/netipsec/key.c nodes;
post-2.0 we can use sysctl aliases.
3. For as-yet-unexplained reasons, the PF_KEY_V2 nodes are never
shown (or queried?) by sysctl(8). For 2.0, I am following an earlier
suggestion from Andrew Brown, and renumbering allthe FAST_IPSEC sysctl
nodes to appear under net.key at MIB number { CTL_NET, PF_KEY }. Since
the renumbering may change, the renumbering is done via a level of
indirection in the C preprocessor.
The nett result is that setkey(8) can find the nodes it needs for
setkey -D and setkey -PD: and that sysctl(8) finds all the FAST_IPSEC
sysctl nodes relatedy to IPsec keying, under net.key. Andrew Brown
has reviewed this patch and tentatively approved the changes, though
we may rework some of the changes in -current in the near future.
