- wm_enable_wakeup() is disabled by default. If you want to use WOL with
the Magic Packet, define WM_WOL.
- Add the following flags:
WM_F_ASF_FIRMWARE_PRESENT
WM_F_ARC_SUBSYSTEM_VALID
WM_F_HAS_AMT
WM_F_HAS_MANAGE
WM_F_WOL
- Add wm_suspend() and wm_resume(). Give/get the control to/from the
firmware.
- Need more work for PCH. See wm_enable_phy_wakeup().
- Enable wm_get_hw_control() for 82574 and 82583.
- Add Yet another workaround for ICH8.
- Add wm_igp3_phy_powerdown_workaround_ich8lan() for power down problem
on D3.
- always include ci_ipi_evcnt[] in cpuinfo
- #define sparc_ncpus 1 for !MULTIPROCESSOR
- make struct pmap::pm_list an pm_ctx always be an array, and simplify
several functions and lookups to always be the same
tested on U60 and SB2500 before and after with one and two cpus in an
MP kernel, and UP kernels, and i can't find anything besides noise for
benchmark issues. (infact, i can't really tell the difference between
GENERIC and GENERIC.MP on these systems...)
modules in bootstrap, just add them. Load them later the same way
as the kernel does: module_init_class().
Change the signature of rump_module_init() to take a vector instead
of just one module. All modules in a DSO should be init'd at the
same time because they might depend on each other, and code outside
the rump kernel cannot know which way. (binary kernel modules are
still loaded with rump_sys_modctl() the usual way).
instead of using linksets directly. This has two implications:
1) It is now possible to "unload" a builtin module provided it is
not busy. This is useful e.g. to disable a kernel feature as
an immediate workaround to a security problem. To re-initialize
the module, modload -f <name> is required.
2) It is possible to use builtin modules which were linked at
runtime with an external linker (dlopen + rump).
<dev/acpi/acpivar.h>. Ditto for <dev/sysmon/sysmonvar.h>, <sys/bus.h>,
<dev/pci/pcivar.h>, and <dev/isa/isavar.h>.
Also nuke a lot of unused and invalid headers. Some of these are audibly
provided by standard headers (namely <sys/param.h> and <sys/device.h>), some
have nothing to do with ACPI devices (e.g. <sys/syslog.h>), and some are
nonexistent local includes (e.g. "mpu_ym.h"). Moreoever, try to group the
includes into their respective blocks.
Tested with GENERIC and ALL (i386). No functional change.
conditional compilation.
Make a few changes of this kind:
- ih = cardbus_intr_establish(cc, cf, ...);
+ ih = Cardbus_intr_establish(ct, ...);
- cardbus_intr_disestablish(cc, cf, ih);
+ Cardbus_intr_disestablish(ct, ih);
Tested by plugging a Syba CardBus to FireWire adapter into an HP
Pavilion N3270, adding an address (169.254.0.7/16) to fwip0, attaching
and pinging a MacBook Pro.
sys/dev/cardbus/if_rtw_cardbus.c: remove an unnecessary #include.
Change a few cut & paste instances of ADM8211 to RTL8180. Make the
suspend & resume functions static, add declarations for them at the top
of the file, and move the functions themselves to the bottom.
Register into a subroutine. Use terminology similar to that which
PCI System Architecture (4th Edition) uses. For comparison with PCI
reference books, specify flags and fields with __BIT(n) and __BITS(m, n)
instead of hexadecimal constants.
* Semantics.
* No need for <dev/acpi/acpica.h>.
* Reduce the amount of error reporting.
* Remove ACPI_BUT_DEBUG and ACPIBUT_F_VERBOSE.
No functional change.
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.
skrll