- Use 2001:db8:: as an example instead of deprecated 3ffe:: address block.
- Add check for connected routes.
- Add support of RTM_IFANNOUNCE for dyanmically-added/removed interfaces.
- Add support of *, ?, and [ in the interface list.
- Add -P number to specify route flag which will never expire.
- Add -Q number to specify route flag which route6d will add to routes via RIP.
- Add -p pidfile to specify the process ID file.
- Use queue(3) for linked-list.
- Use a consistent naming scheme for struct members.
- Use ANSI C style function declaration.
- Add check of RTM_VERSION mismatch.
There is no functional change.
if we fail to generate a proper root pool configuration based on disk
probing. Currently we can not properly generate the configuration for
multi-vdev pools. Make that explicit.
Reported by: madpilot, Bartosz Stec <bartosz.stec@it4pro.pl>
Tested by: madpilot, Bartosz Stec <bartosz.stec@it4pro.pl>
MFC after: 4 days
While here, also correct a comment that seems to imply that this file is
NetBSD's all-singing, all-dancing locore.S, rather than our conservative set of
assembly support routines.
userland via routing socket or sysctl. This eliminates the following
KAME-specific sin6_scope_id handling routine from each userland utility:
sin6.sin6_scope_id = ntohs(*(u_int16_t *)&sin6.sin6_addr.s6_addr[2]);
This behavior can be controlled by net.inet6.ip6.deembed_scopeid. This is
set to 1 by default (sin6_scope_id will be filled in the kernel).
Reviewed by: bz
comma-separated list and/or range specification:
# route add -inet 192.0.2.0/24 198.51.100.1 -fib 1,3-5,6
Although all of the subcommands supports the modifier, "monitor" does not
support the list or range specification at this moment.
Reviewed by: bz
from HDMI/DisplayPort devices in form of general connection status and
sound(4)-style channel matrix. Now that information is only reported in
readable form to verbose logs, but potentially could be used by sound(4)
to correctly choose default devices and configure vchans.
Fix rear and side channels swap on analog 7.1 outputs. As soon as there is
a huge mess in industry about naming and using of these channels, duplicate
rear channels of 4 and 5.1 streams to both read and side speakers.
* For CABQ traffic, I -can- chain them together using the next pointer
and just push that particular chain head to the CABQ. However, this
doesn't magically make EDMA TX CABQ work - I have to do some further
hoop jumping.
* upon setup, tell the alq code what the chip information is.
* add TX/RX path logging for legacy chips.
* populate the tx/rx descriptor length fields with a best-estimate.
It's overly big (96 bytes when AH_SUPPORT_AR5416 is enabled)
but it'll do for now.
Whilst I'm here, add CURVNET_RESTORE() here during probe/attach as a
partial solution to fixing crashes during attach when the attach fails.
There are other attach failures that I have to deal with; those'll come
later.
* Add a new method which allows the driver to push the MAC/phy/hal info
into the logging stream.
* Add a new ALQ logging entry which logs the mac/phy/hal information.
* Modify the ALQ startup path to log the MAC/phy/hal information
so the decoder knows which HAL/chip is generating this information.
* Convert the header and mac/phy/hal information to use be32, rather than
host order. I'd like to make this stuff endian-agnostic so I can
decode MIPS generated logs on a PC.
This requires some further driver modifications to correctly log the
right initial chip information.
Also - although noone bar me is currently using this, I've shifted the
debug bitmask around a bit. Consider yourself warned!
