not been compiled in a very long time. With some minor changes, it was
possible to make it compile:
Use kmem_zalloc()/kmem_free() instead of alloca()/memset().
Use %zu and %zx for printf'ing bus_size_t.
Delete the declaration of an unused local variable.
switch the dcache_flush_page() into a dcache_flush_page_all()
- in both pmap_kremove()/pmap_remove(), remove the blast_dcache() call
and replace it with dcache_flush_page_all()
- in pmap_get_page() [used to allocate PTP's], always call pmap_zero_page(pa)
- flush the dcache of the dst page in pmap_{copy,zero}_page() by redirecting
throught a C function that calls the (renamed) asm. the old asm code had a
comment about needing to do this...
- add a couple of membar #Sync's that the USIII manual recommends
based on discussions with chuq@, skrll@ and martin@.
these help my SB2000 / SB2500 with both disk / nfs builds and other tasks,
sometimes lasting for several hours before failing or asserting.
_COMPONENT (we don't have a bit defined for SMBUS anyway). This was
uncovered by turning on ACPI_DEBUG for the i386 ALL kernel config.
Reported by Greg Woods on current-users@
especially on RTL8019AS which is also used for non-ISA local bus of
embedded controllers and some m68k machines like atari and x68k.
* move RTL8019 probe and attach code from each bus attachment
to MI ne2000_detect() and ne2000_attach()
* change a method for backend and attachment to specify 8 bit mode
to use a new sc->sc_quirk member, instead of sc->sc_dmawidth
* handle more NE2000 8 bit mode specific settings, including
bus_space(9) access width and available size of buffer memory
* add a function to detect NE2000 8 bit mode
(disabled by default, but enalbed by options NE2000_DETECT_8BIT
to avoid possible regression on various ISA clones)
* fix ipkdb attachment accordingly (untested)
Tested on two NE2000 ISA variants (RTL8019AS and another clone named UL0001)
in both 8 bit and 16 bit mode on i386. "Looks good" from nonaka@.
See my post on tech-kern for details:
http://mail-index.NetBSD.org/tech-kern/2010/02/26/msg007423.html
in a row, and we need to try to read the next block, and have passed a
non-NULL cookie pointer to VOP_READDIR, ensure that we free the cookie
buffer before re-doing VOP_READDIR, so that we don't leak memory.
This fix is similar to nfs_serv.c revisions 1.115 + 1.124.
This should fix the long-standing problem observed by e.g. using Linux-
emulated programs to take backup of servers, which is one of the problems
which were reported in PR#42661.
Thanks to pooka@ for the hints for traversing the VOP* layer.
- we have to DRM_LOCK()/DRM_UNLOCK(), thus s/rad_dev/dev/ in a variable name
- only call into radeon_cp_{stop,resume}() if the device is active
with this my nforce4 dual core amd system is able to suspend/resume with both
X and drm active.
won't work when kernfs is a module. But then again, kernfs as a
module (i.e. current situation) doesn't contain IPSEC support, so
it's not really any worse either.
- cardbus_intr_disestablish(cc, cf, ih);
+ Cardbus_intr_disestablish(ct, ih);
- ih = cardbus_intr_establish(cc, cf, ...);
+ ih = Cardbus_intr_establish(ct, ...);
Compiles. Untested. Let me know if you use this hardware with NetBSD
any longer.
