already plan to support >64k payload here, the IPv6 header payload
length obviously is only 16 bit and the calculations need to be right.
Reported by: dim
Tested by: dim
MFC after: 1 day
X-MFC: with r235958
than required for handling MAXPHYS and report the resulting maximum
I/O size to CAM instead of implicitly limiting it to DFLTPHYS.
- Move the variables of sym_action2() out of nested scope as required
by style(9) and remove extraneous curly braces.
- Replace a magic value for PCIR_COMMAND with the appropriate macro.
- Use DEVMETHOD_END.
- Use NULL instead of 0 for pointers.
Tested with a HBA donated by wilko.
MFC after: 3 days
longer uses the active and inactive paging queues. Instead, the pmap now
maintains an LRU-ordered list of pv entry pages, and pmap_pv_reclaim() uses
this list to select pv entries for reclamation.
Note: The old pmap_collect() tried to avoid reclaiming mappings for pages
that have either a hold_count or a busy field that is non-zero. However,
this isn't necessary for correctness, and the locking in pmap_collect() was
insufficient to guarantee that such mappings weren't reclaimed. The new
pmap_pv_reclaim() doesn't even try.
MFC after: 5 weeks
These aren't strictly needed at the moment as we're not doing APSM
and forcing the NIC in and out of network sleep. But, they don't hurt.
Tested:
* AR9280 (mini-PCIe)
Obtained from: Qualcomm Atheros, Linux ath9k
* Now that ah_configPCIE is called for both power on and suspend/resume,
make sure the right bit(s) are cleared and set when suspending and
resuming. Specifically:
+ force disable/enable the PCIe PHY upon suspend/resume;
+ reprogram the PCIe WAR register when resuming and upon power-on.
* Add a recipe which powers down any PCIe PHY hardware inside the AR5416
(which is the PCI variant) to save on power. I have (currently) no way
to test exactly how much power is saved, if any.
Tested on:
* AR5416 cardbus - although unfortunately pccard/cbb/cardbus currently
detaches the NIC upon suspend, I don't think it's a proper test case.
* AR5418 PCIe attached to expresscard - since we're not doing PCIe APSM,
it's also not likely a full/good test case.
In both instances I went through a handful of suspend/resume cycles and
ensured that the STA vap reassociated correctly.
TODO:
* Setup a laptop to simply sit in a suspend/resume loop, making sure that
the NIC always correctly comes back;
* Start doing suspend/resume tests with actual traffic going on in the
background, as I bet this process is all quite racy at the present;
* Test adhoc/hostap mode, just to be completely sure it's working correctly;
* See if I can jury rig an external power source to an AR5416 to test out
whether ah_disablePCIE() works.
Obtained from: Qualcomm Atheros
* Add some other WAR bits (very usefully described too) in preparation for
porting over some suspend/resume fixes from ath9k/Atheros.
Obtained from: Qualcomm Atheros
