Move fdt attachment into sys/conf/files.conf instead of duplicating it on
an MD basis.

ok patrick@

wd(4) device node support was missing, add it.

OPAL implements firmware calls that abstract communicating with the BMC over
IPMI. Use these calls to add support for impi(4) on PowerNV systems.

ok dlg@

Include I2C stuff.

Add astfb(4), a driver for the framebuffer of the Aspeed BMC found on
many POWER8 and POWER9 systems.

Add xicp(4), a driver for the interrupt control presenter hardware found
on POWER8 CPUs.

Add a pseudo-driver to "kexec" an OpenBSD/powerpc64 kernel. Heavily
based on the octboot driver that we use for octeon. To be used in the
bootloader kernel.

Add xics(4), a driver for the OPAL virtual ICS.

Add opalsens(4), a driver for sensors provided by the OPAL firmware.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

wd(4) device node support was missing, add it.

OPAL implements firmware calls that abstract communicating with the BMC over
IPMI. Use these calls to add support for impi(4) on PowerNV systems.

ok dlg@

Include I2C stuff.

Add astfb(4), a driver for the framebuffer of the Aspeed BMC found on
many POWER8 and POWER9 systems.

Add xicp(4), a driver for the interrupt control presenter hardware found
on POWER8 CPUs.

Add a pseudo-driver to "kexec" an OpenBSD/powerpc64 kernel. Heavily
based on the octboot driver that we use for octeon. To be used in the
bootloader kernel.

Add xics(4), a driver for the OPAL virtual ICS.

Add opalsens(4), a driver for sensors provided by the OPAL firmware.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

OPAL implements firmware calls that abstract communicating with the BMC over
IPMI. Use these calls to add support for impi(4) on PowerNV systems.

ok dlg@

Include I2C stuff.

Add astfb(4), a driver for the framebuffer of the Aspeed BMC found on
many POWER8 and POWER9 systems.

Add xicp(4), a driver for the interrupt control presenter hardware found
on POWER8 CPUs.

Add a pseudo-driver to "kexec" an OpenBSD/powerpc64 kernel. Heavily
based on the octboot driver that we use for octeon. To be used in the
bootloader kernel.

Add xics(4), a driver for the OPAL virtual ICS.

Add opalsens(4), a driver for sensors provided by the OPAL firmware.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Include I2C stuff.

Add astfb(4), a driver for the framebuffer of the Aspeed BMC found on
many POWER8 and POWER9 systems.

Add xicp(4), a driver for the interrupt control presenter hardware found
on POWER8 CPUs.

Add a pseudo-driver to "kexec" an OpenBSD/powerpc64 kernel. Heavily
based on the octboot driver that we use for octeon. To be used in the
bootloader kernel.

Add xics(4), a driver for the OPAL virtual ICS.

Add opalsens(4), a driver for sensors provided by the OPAL firmware.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add astfb(4), a driver for the framebuffer of the Aspeed BMC found on
many POWER8 and POWER9 systems.

Add xicp(4), a driver for the interrupt control presenter hardware found
on POWER8 CPUs.

Add a pseudo-driver to "kexec" an OpenBSD/powerpc64 kernel. Heavily
based on the octboot driver that we use for octeon. To be used in the
bootloader kernel.

Add xics(4), a driver for the OPAL virtual ICS.

Add opalsens(4), a driver for sensors provided by the OPAL firmware.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add xicp(4), a driver for the interrupt control presenter hardware found
on POWER8 CPUs.

Add a pseudo-driver to "kexec" an OpenBSD/powerpc64 kernel. Heavily
based on the octboot driver that we use for octeon. To be used in the
bootloader kernel.

Add xics(4), a driver for the OPAL virtual ICS.

Add opalsens(4), a driver for sensors provided by the OPAL firmware.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add a pseudo-driver to "kexec" an OpenBSD/powerpc64 kernel. Heavily
based on the octboot driver that we use for octeon. To be used in the
bootloader kernel.

Add xics(4), a driver for the OPAL virtual ICS.

Add opalsens(4), a driver for sensors provided by the OPAL firmware.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add opalsens(4), a driver for sensors provided by the OPAL firmware.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Use block device numbers instead of character device numbers.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add RAMDISK config for powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Hook up a bunch of device drivers.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

/dev/openprom

/dev/{null,mem,kmem,...}

Support using the FPU and AltiVec registers in userland. The registers are
unconditionally saved upon context switch when they are in use.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add opalcons(4), a driver for the OPAL console.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add support for the XIVE interrupt controller found on POWER9 CPUs.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add clock interrupt support, adapted from the randomized dual clock
implementation from Dale Rahn but relicensed (with his permission)
under our standard ISC license.

Add ahci(4), bge(4) and xhci(4); ahci(4) and xhci(4) remain disabled for now.

Add opal(4) a driver that interacts with the OPAL frimware and implements
RTC functionality.

Add bus_dma(9) implementation.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add bus_space.c.

Probe the PCI bus.

mainbus(4) and cpu(4).

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Enter ddb at a trap instruction or with db_enter().

Tell make that trap_subr.S needs assym.h.
Fill in opal_cngetc() so I can type at the "ddb>" prompt.
Add enough code to trap_subr.S to "c" continue from ddb.
Give registers to ddb.
Try to load symbols from initrd.

ok kettenis@

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add some very simple trap handling.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Add enough stubs to allow "option DDB" to build.

ok kettenis@

Planting the first seed for OpenBSD/powerpc64.

Planting the first seed for OpenBSD/powerpc64.