I broke the cable tuning with my 'TEST_A' code. Remove TEST_A define
till I finish this change for both tuning modes. Note that this
will effectively break the new TVTUNER_SETFREQ/TVTUNER_GETFREQ ioctl()s.
These aren't used by anyone but me yet (attempt to provide full resolution
fine tuning for "fringe" stations) so it should be no problem
written:
1) Full duplex mode is now supported (and works!)
2) The 10Mbps-only PCI Pro/10 should now work (untested, however)
Thanks to Justin Gibbs for providing a PCI bus analyzer trace while the
Intel Windows driver was configuring the board...this made it possible
to figure out the mystery bit that I wasn't setting in the PHY for full
duplex to work.
procs memory page disks faults cpu
r b w avm fre flt re pi po fr sr w0 w1 in sy cs us sy id
1 0 04135184 6016 180 2 1 0 158 135 10 0 386 1820 77 20 6 74
looks like:
procs memory page disks faults cpu
r b w avm fre flt re pi po fr sr w0 w1 in sy cs us sy id
1 0 0 4135188 6016 180 2 1 0 158 135 10 0 387 1821 77 20 6 74
devtotty(). devtotty() must check its arg carefully since the arg is
supplied as ioctl data. This should fix PR3004.
Renamed devtotty() to snpdevtotty().
Leave dumpdev, but kill the savecore variable. Thus, it's still off
by default, but all you need is enabling dumpdev now.
phk's old argument that savecore might inadvertendly fill up the disk
no longer counts, savecore now correctly obeyes a `minfree' file, and
we ship our systems with such a file that even has a reasonable
default.
enable in SCSISEQ during error recovery to deal with the way the
sequencer leaves selections enabled now. Add code to perform "patching"
during sequencer program download.
Spelling fixes obtained from NetBSD.
New sequencer assembler for the aic7xxx adapters. This assembler
performs some amount of register type checking, allows bit
manipulation of symbolic constants, and generates "patch tables"
for conditionalized downloading of portions of the program.
This makes it easier to take full advantage of the different
features of the aic7xxx cards without imposing run time penalies
or being bound to the small memory footprints of the low end
cards for features like target mode.
aic7xxx.reg:
New, assembler parsed, register definitions fo the aic7xxx cards.
This was done primarily in anticipation of 7810 support which
will have a different register layout, but should be able to use
the same assembler. The kernel aic7xxx driver consumes a generated
file in the compile directory to get the definitions of the register
locations.
aic7xxx.seq:
Convert to the slighly different syntax of the new assembler.
Conditionalize SCB_PAGING, ultra, and twin features which shaves
quite a bit of space once the program is downloaded.
Add code to leave the selection hardware enabled during reconnects
that win bus arbitration. This ensures that we will rearbitrate
as soon as the bus goes free instead of delaying for a bit.
When we expect the bus to go free, perform all of the cleanup
associated with that event "up front" and enter a loop awaiting
bus free. If we see a REQ first, complain, but attempt to
continue. This will hopefully address, or at least help diagnose,
the "target didn't send identify" messages that have been reported.
Spelling corrections obtained from NetBSD.
make process via /mk.
2.2 candidate but i'll defer this for an hour until my test buld
proved that it works. This should just fit Jordan's deadline. ;-)
Restores the use of SBLOCK instead of the BSOFF/sectorsize calculation.
Using SBLOCK is bogus however in that it uses DEV_BSIZE instead of
the actual sector size, but that is taken care of in other places.
Changing the SBLOCK would be better, but it affects the system
in other places, and doing it this way makes it possible to
use filesystems that was made before the lite2 merge.
John Polstra
Joerg Wunsch
Steve Passe
Andrey A. Chernov
David Greenman
Eivind Eklund
Hiroyuki Hanai
John-Mark Gurney
Nate Williams
Marc G. Fournier
Bruce Evans
Justin T. Gibbs
KATO Takenori
Mike Pritchard
Guido van Rooij
Gary Jennejohn
Wolfram Schneider
Søren Schmidt
Jordan K. Hubbard
Peter Wemm