files. They are now both basically the same. I also modified the driver
list in HARDWARE.TXT: add the adw and isp drivers, and indicate that the
uha driver isn't yet supported under CAM.
This includes specific mention of all supported NCR and BusLogic models,
additional qualification of the supported DPT and QLogic models, and some
additions to the list of supported onboard Adaptec chips.
The hope is, of course, that this will lead to fewer questions like "is the
froboz SCSI controller supported?"
I think the formatting of the new entries looks okay, but someone with a
better eye for things like that might want to look at this.
otherwise windows clients will keep resending the
response :-/
It'd be nice if M$ would document this sort of thing !
Problem reported by: Andrzej Tobola <san@tmp.iem.pw.edu.pl>
- Bring down the splash screen when a vty is opened for the first
time.
- Make sure the splash screen/screen saver is stopped before
switching vtys.
- Read and save initial values in the BIOS data area early.
VESA BIOS may change BIOS data values when switching modes.
- Fix missing '&' operator.
- Move ISA specific part of driver initialization to syscons_isa.c.
atkbd
- kbdtables.h is now in /sys/dev/kbd.
all
- Adjust for forthcoming alpha port. Submitted by: dfr
Fix NFS file corruption problem introduced in 1.188. The valid range
was not being set properly, causing a later reference to the buffer
to clear the B_CACHE bit.
This change should have no effect on i386.
Pointed out by: Steve Kargl <sgk@troutmask.apl.washington.edu>
Quote from http://www.netlib.org/f2c/readme:
NOTE: f2c.h defines several types, e.g., real, integer, doublereal.
The definitions in f2c.h are suitable for most machines, but if
your machine has sizeof(double) > 2*sizeof(long), you may need
to adjust f2c.h appropriately. f2c assumes
sizeof(doublecomplex) = 2*sizeof(doublereal)
sizeof(doublereal) = sizeof(complex)
sizeof(doublereal) = 2*sizeof(real)
sizeof(real) = sizeof(integer)
sizeof(real) = sizeof(logical)
sizeof(real) = 2*sizeof(shortint)
EQUIVALENCEs may not be translated correctly if these
assumptions are violated.
On machines, such as those using a DEC Alpha processor, on
which sizeof(short) == 2, sizeof(int) == sizeof(float) == 4,
and sizeof(long) == sizeof(double) == 8, it suffices to
modify f2c.h by removing the first occurrence of "long "
on each line containing "long ", e.g., by issuing the
commands
mv f2c.h f2c.h0
sed 's/long //' f2c.h0 >f2c.h
On such machines, one can enable INTEGER*8 by uncommenting
the typedef of longint in f2c.h, so it reads
typedef long longint;
by compiling libI77 with -DAllow_TYQUAD, and by adjusting
libF77/makefile as described in libF77/README.
rebadged Future Domain card that is not supported.
Also, only the DPT SmartRAID III and IV are supported. (The SmartRAID V
isn't yet supported by the DPT driver.)
the CFP2107, but it appears (not surprisingly) that the 1 gig and 4 gig
versions of that drive have the same problem with tagged queueing.
Also, fix the problem reported in PR kern/9482. The XPT_DEV_MATCH case in
xptioctl() wasn't putting a proper path in the CCB before it called
xpt_action(). When CAMDEBUG is defined, and CAM_DEBUG_TRACE debugging is
turned on, the CAM_DEBUG statement at the beginning of xpt_action would end
up deferencing a NULL path pointer. That of course caused a panic.
My solution is to just stick the xpt peripheral's path in the CCB.
PR: kern/9482
Reviewed by: gibbs
Didn't fix related bogotification from moving the definitions of
DPADD and LDADD to here. Setting these variables in a top-level
directory gives bogus dependencies in library subdirectories.
E.g., there is a dependency on `foo.so..' where the double dots
separate null shared library version numbers.
Set BINDIR properly by inheriting it from ../Makefile.inc.
however is only marginally useful until the new-style bus (pci and isa)
stuff comes onboard to give us a better shot at actually pci and isa
drivers loadable (or preloadable anyway).
Iprobe is an alpha-only system profiling suite which I'm porting from
Linux/alpha to FreeBSD.
Iprobe works by using the hardware profiling support built into
alpha cpus. In a nutshell, what Iprobe does is to setup the alpha
performance counters to sample the pc at a fairly high rate & dumps
those pc samples out to user space. Then some code runs to map the
sampled PCs to functions. You get a bit more than that (like the PSL
word, so you can tell if you're in the kernel or userland, what the
ipl is, etc).
o Add the EB64PLUS systype into the kernel configuration files
and add it to the GENERIC kernel
o Correct mcclock_isa.c's dependence on cia, it should depend on isa.
This will allow avanti and eb64+ kernels to be built without the cia
chipset support code.
The new file pci_eb64plus_intr.s deals with the interrupt hardware
on the EB64PLUS and was obtained from NetBSD with the NetBSD
copyright intact
The apecs chipset support code was altered to allow routing interrupts
through pci if we're not running on an avanti. Avanti's route all
interrupts through isa.
Tested by: Wilko Bulte <wilko@yedi.iaf.nl>
Partially reviewed by: dfr
needs. This removes the dependancy on Perl for the generation of the
loader, allowing the world to be built on a perl-free system.
Submitted by: Joe Abley <jabley@clear.co.nz>
