acpivmgenid(4): New driver for virtual machine generation ID.

Added to amd64/ALL and i386/ALL kernel configurations, and made
available as a loadable module acpivmgenid.kmod on x86, for now.

TBD: Add to all ACPI-supporting GENERIC kernels.

PR kern/58632: getentropy(2) and arc4random(3) do not reseed on VM
fork

branches: 1.102.2;
acpihed(4): New driver for PNP0C33 to notify apei(4).

PNP0C33 denotes the ACPI Hardware Error Device, which exists only to
be a vector for event notifications.

PR kern/58046

apei(4): New driver for ACPI Platform Error Interfaces.

For now it is wired up only in x86 ALL kernels, and built as a module
for x86 and Arm. Once it gets a little more testing on machines with
APEI, I would like to flip it on by default.

PR kern/58046

viadrmums(4): build legacy VIA DRM UMS driver module for amd64.

This driver is not built-in by default, thus loadable module can help (un)lucky
owners of 64-bit capable VIA (Nano/Eden) systems or early AMD/Intel systems
with some VIA chipsets, which include VIA integrated graphics.
I also boldly added product IDs for few later models from VX8xx/VX9xx chipsets
without 3D support (DX9_0) to "expand" the driver support to more systems.
Tested successfully basic functionality on VX800, and partially successfully
on VX900 (on VX900 Xorg failed to initialize due to openchrome related issues,
viadrmums attaches and it is by used the driver).
Didn't test on VX855, I don't have one.

Pull up to netbsd-10 is needed.

Missed the compat_netbsd32_100 stuff in previous commit

branches: 1.98.2;
Comment out emuxki here for now - I don't think they belong here and
something else(tm) is wrong with the setup anyway, so better fix the build
for now and leave cleanup to somebody else.

emuxki(4): allow building as a module

Tested on NetBSD/amd64 with a Sound Blaster Live! Value (CT4870)

Note that this required setting outputs.master to the maximum value
allowed (255) to get sound out, and then cranking the volume pretty
high.

Additional sound cards sponsored by the NetBSD Foundation; thanks!

i915: Restore non-obsolete set list entries.

drm: Hook up the drmkms modules to the build.

Enable amdgpu module & firmware on x86

Make it easier to test this one out, add `load amdgpu` before boot netbsd.

XXX there should probably be a drm block in sys/modules/Makefile which
includes aarch64.

Disable drmkms module builds.

They haven't been functional (and won't be before fixing genfb abi).
In a new drm update, we haven't prioritized fixing the build either.

don't restrict pad module to i386 and amd64.

- module build tested on amiga, vax, i386, amd64, evbarm.
- build.sh release tested on i386.
- pad module functionality tested on aarch64.

branches: 1.91.2;
Update sets lists for new compat_netbsd32_coredump module

Add HAVE_NVMM and use it to control the build of NVMM related components.
Defined to "yes" on amd64, "no" everywhere else.

Added iavf(4) that is based on OpenBSD's iavf(4) implementation

reviewed by msaitoh@n.o and knakahara@n.o

Sort and deduplicate set lists.

the x86 xen and non-xen modules are identical,
so remove the unneeded extra copies.
Xen kernels now use the same modules as native kernels.

Add new netbsd32 quota modules to sets lists

if_ixl is MD

PR misc/46937: add modules package, from Lloyd Parkes.

Retire azalia(4).

Move dtrace_syscall_linux out of mi set list

Add a new member to struct vfsstat and grow the unused members
The new member is caled f_mntfromlabel and it is the dkw_wname
of the corresponding wedge. This is now used by df -W to display
the mountpoint name as NAME=

branches: 1.80.2;
Update sets lists for new compat_netbsd32_raid module

Merge the [pgoyette-compat] branch

Add NVMM - for NetBSD Virtual Machine Monitor -, a kernel driver that
provides support for hardware-accelerated virtualization on NetBSD.

It is made of an MI frontend, to which MD backends can be plugged. One
MD backend is implemented, x86-SVM, for x86 AMD CPUs.

We install

/usr/include/dev/nvmm/nvmm.h
/usr/include/dev/nvmm/nvmm_ioctl.h
/usr/include/dev/nvmm/{arch}/nvmm_{arch}.h

And the kernel module. For now, the only architecture where we do that
is amd64 (arch=x86).

NVMM is not enabled by default in amd64-GENERIC, but is instead easily
modloadable.

Sent to tech-kern@ a month ago. Validated with kASan, and optimized
with tprof.

Add drmkms_agp module

Merge the tprof_pmi and tprof_amdpmi modules into a single tprof_x86
module.

branches: 1.75.2; 1.75.4;
Update sets lists for new modular ichsmb(4)

Update for newly added imcsmb driver modules.

Update sets lists for new amdsmn(4) and amdzentemp(4) modules

branches: 1.72.6;

More sets list sorting (maybe this time they're really all done)

Update for the new "universal" spkr module.

Note that entries in the md.i386 and md.amd64 lists are actually deleted
(rather than being marked "obsolete" as directed in the comments). This
is OK, since there is now a new module in the mi list to replace them.

PR kern/51514: ptrace(2) fails for 32-bit process on 64-bit kernel

Updated from the original patch in the PR by me.

For now, disable all the newly-created ld(4) related modules. We need
to come up with a better way to handle attachment-specific modules, and
possibly a better directory structure for modules in general, as the
current mechanism doesn't scale.

Update sets lists for all the new modules (for l4(4) and its attachments)

Fix sets lists for nvme module. Since it is being built only for the
i386 and amd64 platforms, the entries belong in the md.xxx lists, not
in the mi list.

branches: 1.66.2;
Split out the SYSV IPC stuff into its own compat_netbsd32_sysvipc
module. Adjust dependencies as needed.

Add new compat_netbsd32_mqueue module to sets lists.

Finish up with the new compat_netbsd32_nfssrv module by adding it to
the sets lists.

This set of commits together should address PRs kern/50410 and kern/50486.

This is also the first of several new modules to be created in response to
PR kern/50489

Update some of the set lists to use the compatdir/compatfile
compattestsdir/compattestsfile as well the kmod auto-entry creation.
Remove entries that are now instantiated by the above.

Add spkr(4) module to the sets lists.

Update sets lists for new sysv_ipc module

Update sets lists for new compat_sysv module.

Include the new tco module on i386 and amd64 builds

Update sets lists for new sysmon modules

Update sets lists for new swwdog module

Split hdaudio and PCI attach glue. Even though the driver was written with
this separation in mind, all of the code lived in sys/dev/pci/hdaudio. Move
common parts to sys/dev/hdaudio and PCI attach glue to sys/dev/pci.

Add missing entries for dtrace modules to set lists.

add dtrace syscall linux32

change dtrace_foo_syscall -> dtrace_syscall_foo

Add dtrace syscalls

i2c devices don't actually have a dependency on "iic" (the bus driver)
but on "i2cexec". Create an i2cexec module (i2c_exec.c) to mirror the
dependencies in files.i2c and switch device drivers to depend on "i2cexec"
module instead.

A kernel with a USB stack and no I2C controller / bus attachment would spit
out a bunch of "WARNING: module error: can't find builtin dependency `iic'"
messages at boot. This change solves that problem.

Fix some tags on set lists related to zfs, solaris, lvm, mdns, xen.

Tag the Xen iSCSI modules with `iscsi' in the md.x86 lists.

Add compatmodules keyword so that build.sh -V MKCOMPATMODULES=no won't fail.

fix drmkms module path for xen.

add the drmkms modules

Add hdaudioverbose

Per the wiki roadmap, rename the three dtrace modules to have
a "dtrace_" prefix.
amd64 build tested, other set list changes done the same way.

sort

Add dtrace modules to amd64-xen module set list. Hi jnemeth!

branches: 1.41.2;
remove debug cruft, the example module is not normally built

Add the infrastructure for MODULAR support for Xen kernels. At
the moment, this can only load very simple modules due to missing
symbols. It is being add at this time to make pullups to the
netbsd-7 branch easier. It is not enabled by default in any kernels.

Build ubsec(4) as a module on all arches where it was obivous how to do so.
That excludes powerpc because evppc OEA is missing definitions for
PPC_INTR_IMPL and PPC_PCI_MACHDEP_IMPL.
Adjust set lists.

Compile tested for most arches only.

Build and install sljit.kmod and bpfjit.kmod iff ${MKSLJIT} != "no".

Sort entries in strcmp order.

Add bpfjit and enable it for amd64.

Enable sljit in amd64 kernel and modules.

branches: 1.34.2;
The hdaudio and hdafg modules are not MI (they at least require PCI)

Move i386 and amd64 usermode configurations to their respective directories
and make the usermode kernels buildalbe under build.sh.

The resulting kernels are build and packaged correctly as are the associated
modules.

Add lm, lm_isa_common, lm_isa, lm_wbsio and wbsio modules to the x86 build.

branches: 1.31.2;
add & enable vmt module

Add Zarlink ZL10353 DVB demodulator (or as it is now know, Intel CE623x).

pwdog is not mi, but it only in the lists we build it for.

Build acpiwdrt(4) as a module on x86.

include cx24227, lg3303, mt2131, nxt2k, tvpll, xc3028, coram, cxdtv, and emdtv
modules in x86 build

As wmieeepc(4) was added to amd64 GENERIC, build it also as a amd64 module.

build and install finsio module on i386 and amd64

build and install itesio module on i386 and amd64

A driver for HP 3D DriverGuard; a LIS3LV02DL-based accelerometer. Tested on
HP NC4400. Like aps(4), this is commented out in the GENERIC kernels.

Modularize hpet(4). Works nicely with the multiple bus locations.

Modularize amdtemp(4).

branches: 1.20.2;
re-enable tprof_amdpmi

Add module build glue for odcm(4).

Add build glue for powernow(4).

Build glue for est(4).

Add build glue for coretemp(4).

Build fujbp(4), fujhk(4), and wmieeepc(4) as modules.

not there yet.

build tprof_amdpmi

branches: 1.12.2;
build and install aps module on i386 and amd64

Add a dummy-driver for ACPI fans.

Add build files for acpipmtr(4) module.

some platforms don't have bus_dma, so only build these modules on x86

Build asus(x) and hpqlb(4) as modules on x86.

Update for new ACPI modules.

Build acpiacad(4), acpibat(4), acpibut(4), acpicpu(4), acpilid(4), and
thinkpad(4) as modules on x86. More to come later.

build acpiwmi as a module on x86

build wmi drivers as modules on x86

Extract ACPIVERBOSE into a kernel module. The module can be builtin
by defining 'options ACPIVERBOSE' in the kernel config file (no change
from current behavior), or it can be loaded at boot time on those
architectures that support the boot loader's "load" command.

ACPIVERBOSE also includes code to dump acpi/wmi data.

Connect the pad(4) kernel module to the build on i386 and amd64.

Create a modules.tgz set and move kernel modules into it.