Add mips fenv.h (From FreeBSD)

branches: 1.25.4;
Rename sljitarch.h to sljit_machdep.h.

branches: 1.24.2;
Enable sljit and bpfjit on powerpc.

branches: 1.23.12; 1.23.22; 1.23.26;
Fixed a typo. Make ./build.sh release work.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.21.48;
Merge newlock2 to head.

branches: 1.20.4;
don't install <machine/db_machdep.h>, this is kernel only

branches: 1.19.4; 1.19.8;
merge ktrace-lwp.

branches: 1.18.12;
Factor out W{CHAR,INT}_{MAX,MIN} into their own header file.

branches: 1.17.2;
Add <machine/mcontext.h> wrapper.

Remove KDIR=, since SYS_INCLUDE=symlinks and KDIR are not supported any more.

Merge the gehenna-devsw branch into the trunk.

This merge changes the device switch tables from static array to
dynamically generated by config(8).

- All device switches is defined as a constant structure in device drivers.

- The new grammer ``device-major'' is introduced to ``files''.

device-major <prefix> char <num> [block <num>] [<rules>]

- All device major numbers must be listed up in port dependent majors.<arch>
by using this grammer.

- Added the new naming convention.
The name of the device switch must be <prefix>_[bc]devsw for auto-generation
of device switch tables.

- The backward compatibility of loading block/character device
switch by LKM framework is broken. This is necessary to convert
from block/character device major to device name in runtime and vice versa.

- The restriction to assign device major by LKM is completely removed.
We don't need to reserve LKM entries for dynamic loading of device switch.

- In compile time, device major numbers list is packed into the kernel and
the LKM framework will refer it to assign device major number dynamically.

Implement pmc(9) -- An interface to hardware performance monitoring
counters. These counters do not exist on all CPUs, but where they
do exist, can be used for counting events such as dcache misses that
would otherwise be difficult or impossible to instrument by code
inspection or hardware simulation.

pmc(9) is meant to be a general interface. Initially, the Intel XScale
counters are the only ones supported.

branches: 1.13.2;
... and lock.h.

Install endian_machdep.h.

Install reloc.h.

No point in installing svr4_machdep.h.

Amiga doesn't need its own fbio.h anymore; screenblank(8) uses
<dev/sun/fbio.h>, and the ioctl that this file defines is compatible.

branches: 1.8.2; 1.8.4;
Add definitions of C99 integer format conversion macros.
XXX Fastest minimum-width integer types haven't been decided upon yet.

Add definitions of C99 specified-width integer type limits.
XXX Fastest minimum-width integer types haven't been decided upon yet.

Add long-missing(!) <machine/math.h>.

Add definitions of C99 integer constant macros.
Tidy Makefiles up a little.

Add definitions of C99 minimum-width and greatest-width integer types.
XXX Fastest minimum-width integer types haven't been decided upon yet.

branches: 1.3.2; 1.3.4;
Add <machine/int_types.h>, which provides namespace-pure definitions
of exact-width integer types.

This is amigappc, not amiga.

branches: 1.1.2;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

G/C arm/atomic.h

branches: 1.1.2;
Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

Move the at-shutdown call to resettodr() from cpu_reboot() to kern_reboot().

It's a small step, but it's a step.

branches: 1.1.2;
Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.6; 1.1.134; 1.1.148;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Do the bus.h -> bus_{defs,funcs}.h split and change all occurrences of
<machine/bus.h> to <sys/bus.h>.

Ensure reorder protection for amigappc in all bus space functions.
The ne(4) driver (XSurf2), which is the only bus_space device I got,
works now.

Remove 3rd and 4th clause on Leo Weppelman's license. OK leo@.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

Remove all the __P() from sys (excluding sys/dist)
Diff checked with grep and MK1 eyeball.
i386 and amd64 GENERIC and sys still build.

branches: 1.3.72; 1.3.80; 1.3.86;
Change "inline" back to "__inline" in .h files -- C99 is still too
new, and some apps compile things in C89 mode. C89 keywords stay.

As per core@.

branches: 1.2.2; 1.2.4; 1.2.6;
__inline__ -> inline

branches: 1.1.6; 1.1.44;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

gayle wants stride_1swap now, so declare the rest of the bus methods since
we already define them anyway.

Provide PRIxBUSADDR, PRIxBUSSIZE, PRIuBUSSIZE, and PRIxBSH for all arches
to follow arm and (generic) mips.

Reviewed by christos.

branches: 1.6.4; 1.6.22; 1.6.30; 1.6.34;
need stride 0x1000 for gayle

branches: 1.5.2; 1.5.12; 1.5.16;
Add 32 bit methods

Delete an unnecessary #include and an unnecessary comment.

Make amigappc compile again by adding barebones definitions of some of
the bus_dma(9) types.

Change u_intXX_t to uintXX_t throughout.

Do the bus.h -> bus_{defs,funcs}.h split and change all occurrences of
<machine/bus.h> to <sys/bus.h>.

powerpc: Sprinkle "memory" clobbers on eieio and nearby asm blocks.

Otherwise the compiler may reorder these around loads and stores,
which mostly defeats the purpose. `asm volatile' just ensures the
instruction isn't _deleted_; it may still move around.

Do the bus.h -> bus_{defs,funcs}.h split and change all occurrences of
<machine/bus.h> to <sys/bus.h>.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Merge the gehenna-devsw branch into the trunk.

This merge changes the device switch tables from static array to
dynamically generated by config(8).

- All device switches is defined as a constant structure in device drivers.

- The new grammer ``device-major'' is introduced to ``files''.

device-major <prefix> char <num> [block <num>] [<rules>]

- All device major numbers must be listed up in port dependent majors.<arch>
by using this grammer.

- Added the new naming convention.
The name of the device switch must be <prefix>_[bc]devsw for auto-generation
of device switch tables.

- The backward compatibility of loading block/character device
switch by LKM framework is broken. This is necessary to convert
from block/character device major to device name in runtime and vice versa.

- The restriction to assign device major by LKM is completely removed.
We don't need to reserve LKM entries for dynamic loading of device switch.

- In compile time, device major numbers list is packed into the kernel and
the LKM framework will refer it to assign device major number dynamically.

branches: 1.5.8;
- define other DEV_ constants that the local port uses.
- delete cdev_decl(mm) since <sys/conf.h> does it.

catch up with amiga's conf.h by adding definition of cdev_par_init

branches: 1.3.2;
- add dev_noimpl(xxx,yyy) macro to replace "(dev_type_xxx((*))) yyy",
and use appropriately

- create more helper macros:
. cdev__xyz_init(c,n), such as cdev__ocri_init() for
/* open, close, read, ioctl */, etc.
. cdev__xRy_init(c,n), where nullop is used instead of enodev to dummy out
method `R' and the comments now read /* xxx (read) yyy */ instead
. cdev__xyz_t_init(c,n,t) - as per cdev__xyz_init, but sets d_type = t
as well

- use seltrue instead of dev_noimpl(poll,*), as (IIRC) cdevsw.d_poll should
always DTRT WRT returning a valid result. (a few devices previously
incorrectly returned ENODEV)

- use dev_noimpl(stop,enodev) instead of dev_noimpl(stop,nullop) if tty
== 0, because it doesn't matter if dev_type_stop isn't implemented in that
case, and it allows the use of the cdev__xyz_init macros. certain ports
(sparc,sparc64,x68k) used the nullop method for dev_type_stop in a few
drivers, whereas everything else uses enodev

- ensure that the comments are accurate WRT the behaviour of a given entry

now that duplicated stuff has been moved to sys/conf.h, remove unnecessary
defs for: lpt, joy, pc

branches: 1.1.6; 1.1.8;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

powerpc: Sprinkle "memory" clobbers on eieio and nearby asm blocks.

Otherwise the compiler may reorder these around loads and stores,
which mostly defeats the purpose. `asm volatile' just ensures the
instruction isn't _deleted_; it may still move around.

Don't expose port-specific if _MODULE is defined.
Don't _MACHINE_CPU_H_, _<PORT>_CPU_H_

branches: 1.19.2;
Add missing is_a600() definition, used by amiga devices.
We simply define it as 0, because an A600 will never have a PPC installed.

branches: 1.18.2; 1.18.4; 1.18.6;
Moved the macros amiga_cpu_sync() and amiga_membarrier() from amiga/device.h
to the MD include/cpu.h.
Also make sure that grf_cvreg.h includes cpu.h as it is needed by Xamiga
in xsrc/xfree/xc/programs/Xserver/hw/netbsd/amiga/s3/amigaCV.h.

branches: 1.17.2;
Make it compile with all devices from amiga/dev.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

Remove all the __P() from sys (excluding sys/dist)
Diff checked with grep and MK1 eyeball.
i386 and amd64 GENERIC and sys still build.

branches: 1.14.44; 1.14.52; 1.14.58;
Kill caddr_t; there will be some MI fallout, but it will be fixed shortly.

branches: 1.13.2;
Remove spllowersoftclock() and CLKF_BASEPRI(), and always dispatch callouts
via a soft interrupt. In the near future, softclock will be run from process
context.

merge ktrace-lwp.

branches: 1.11.16;
Rearrange process exit path to avoid need to free resources from different
process context ('reaper').

From within the exiting process context:
* deactivate pmap and free vmspace while we can still block
* introduce MD cpu_lwp_free() - this cleans all MD-specific context (such
as FPU state), and is the last potentially blocking operation;
all of cpu_wait(), and most of cpu_exit(), is now folded into cpu_lwp_free()
* process is now immediatelly marked as zombie and made available for pickup
by parent; the remaining last lwp continues the exit as fully detached
* MI (rather than MD) code bumps uvmexp.swtch, cpu_exit() is now same
for both 'process' and 'lwp' exit

uvm_lwp_exit() is modified to never block; the u-area memory is now
always just linked to the list of available u-areas. Introduce (blocking)
uvm_uarea_drain(), which is called to release the excessive u-area memory;
this is called by parent within wait4(), or by pagedaemon on memory shortage.
uvm_uarea_free() is now private function within uvm_glue.c.

MD process/lwp exit code now always calls lwp_exit2() immediatelly after
switching away from the exiting lwp.

g/c now unneeded routines and variables, including the reaper kernel thread

add /* nothing */ comment to cpu_wait()/cpu_swapout()

Bring some stuff up-to-date. To be continued.

branches: 1.8.16;
remove things that were copied verbatim from powerpc_cpu.h
and #include <powepc/powerpc_cpu.h>

branches: 1.7.2;
use _KERNEL_OPT

branches: 1.6.2;
Initial version of interupt handling, by Adam Ciarcinski.

Partial syscall cleanup, as per other ports.

branches: 1.4.2;
Make need_resched() take a "struct cpu_info *" argument. This
causes gives a primitive form of processor affinity. Its use in
roundrobin() still needs some work.

Define schedstate_percpu.

branches: 1.2.2;
First sweep at scheduler state cleanup. Collect MI scheduler
state into global and per-CPU scheduler state:

- Global state: sched_qs (run queues), sched_whichqs (bitmap
of non-empty run queues), sched_slpque (sleep queues).
NOTE: These may collectively move into a struct schedstate
at some point in the future.

- Per-CPU state, struct schedstate_percpu: spc_runtime
(time process on this CPU started running), spc_flags
(replaces struct proc's p_schedflags), and
spc_curpriority (usrpri of processes on this CPU).

- Every platform must now supply a struct cpu_info and
a curcpu() macro. Simplify existing cpu_info declarations
where appropriate.

- All references to per-CPU scheduler state now made through
curcpu(). NOTE: this will likely be adjusted in the future
after further changes to struct proc are made.

Tested on i386 and Alpha. Changes are mostly mechanical, but apologies
in advance if it doesn't compile on a particular platform.

Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Replace machine/rnd.h with more appropriate name to share it
with cycle counter based microtime in kern/kern_microtime.c.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.6; 1.1.134; 1.1.148;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.2; 1.1.114; 1.1.128;
A working fork/vfork implementation. Darwin fork differs from our fork by
two ways:
- the child gets its pid as retval[0] (userland stub will turn it into a 0),
retval[1] is 1 and it is 0 in the parent.
- in the child, the fork syscall is successful, hence we must skip the next
instruction.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Add getlabelusesmbr(), as proposed in
http://mail-index.netbsd.org/tech-userlevel/2011/08/25/msg005404.html
This is used by disk tools such as disklabel(8) to dynamically decide is
the undelyling platform uses a disklabel-in-mbr-partition or not
(instead of using a compile-time list of ports).
getlabelusesmbr() reads the sysctl kern.labelusesmbr, takes its value from the
machdep #define LABELUSESMBR.
For evbmips, make LABELUSESMBR 1 if the platform uses pmon
as bootloader, and 0 (the previous value) otherwise.

Make disklabel.h from amiga and amigappc include the MI sys/disklabel_rdb.h.
amiga/amiga/adosglue.h was deleted and moved into sys_disklabel_rdb.h, as both
are always needed together (disksubr.c and ofppc/stand/ofwboot/rdb.c).

branches: 1.1.6; 1.1.134;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Amiga doesn't need its own fbio.h anymore; screenblank(8) uses
<dev/sun/fbio.h>, and the ioctl that this file defines is compatible.

branches: 1.1.6; 1.1.8; 1.1.10;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.2; 1.1.18;
new powerpc fenv.h

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.6; 1.1.134; 1.1.148;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.2; 1.1.4;
Add definitions of C99 integer constant macros.

branches: 1.1.2; 1.1.4;
Add definitions of C99 integer format conversion macros.
XXX Fastest minimum-width integer types haven't been decided upon yet.

branches: 1.1.2; 1.1.4;
Add definitions of C99 specified-width integer type limits.
XXX Fastest minimum-width integer types haven't been decided upon yet.

branches: 1.1.2; 1.1.4;
Add definitions of C99 minimum-width and greatest-width integer types.
XXX Fastest minimum-width integer types haven't been decided upon yet.

branches: 1.1.2;
Add <machine/int_types.h>, which provides namespace-pure definitions
of exact-width integer types.

Remove clause 3 and 4 leftovers from TNF licenses in more sources.

Confirmed by martin@ in PR/54760.

branches: 1.26.54; 1.26.58;
move compat splN calls to intr.h where they belong.

intr.h must not include cpu due to deadly embrace with SOFTINT_COUNT.
Cleanup intr.h so MD definitions can overload common definitions.
Rototill pic/intr.c. Virtual IRQs can now be reclaimed. separate virq
from hwirq from picirq. Redo intr mask calculations.
tested on pmppc and macppc (MP).

branches: 1.24.6;
Don't pull in huge sys/device.h definitions.

branches: 1.23.4;
Make it compile with all devices from amiga/dev.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

Remove all the __P() from sys (excluding sys/dist)
Diff checked with grep and MK1 eyeball.
i386 and amd64 GENERIC and sys still build.

branches: 1.20.8; 1.20.14;
Remove clause 3 and 4 from TNF licenses

branches: 1.19.44; 1.19.46; 1.19.48;
Remove spllowersoftclock() and CLKF_BASEPRI(), and always dispatch callouts
via a soft interrupt. In the near future, softclock will be run from process
context.

Change "inline" back to "__inline" in .h files -- C99 is still too
new, and some apps compile things in C89 mode. C89 keywords stay.

As per core@.

branches: 1.17.2; 1.17.4; 1.17.6;
__asm__ -> __asm
__const__ -> const
__inline__ -> inline
__volatile__ -> volatile

Remove leading __ from __(const|inline|signed|volatile) -- it is obsolete.

merge ktrace-lwp.

branches: 1.14.16;
Oops. _KERNEL, not KERNEL

Wrap sys root'd includes with #ifdef KERNEL so this will compile for things
including machine/cpu.h (which includes this)

branches: 1.12.2;
Rename IPL_IMP -> IPL_VM.

Peform a rototill over the powerpc-based ports.

Move the trap/vector initialization for MPC6xx ports to mpc6xx_machdep.c
Also move softnet, install_extintr, mapiodev, kvtop. Add common BAT
initialization code.

Add user Altivec support.

Fix calls to OF_call_method in macppc/macppc/machdep.c.

Use ci_fpuproc in cpu_info instead of separate fpuproc.

Add separate syscall.c and defined __HAVE_SYSCALL_INTERN.

branches: 1.10.4; 1.10.8;
"doesn't" should have an 's'.

achive is not a good word.

branches: 1.8.2;
Remove the use of splimp() from the NetBSD kernel. splnet()
and only splnet() is allowed for the protection of data structures
used by network devices.

branches: 1.7.2;
Initial version of interupt handling, by Adam Ciarcinski.

Make softclock a generic soft interrupt of the API is available,
adding the requisite void * argument to softclock().

Rename __GENERIC_SOFT_INTERRUPTS to __HAVE_GENERIC_SOFT_INTERRUPTS,
and place the definition in <machine/types.h>. This can now be used
as a flag to indicate whether or not <machine/intr.h> can be included
to get the generic soft interrupt API.

Make sure everybody has an splvm() and equate it with splimp() (splimp()
is the historical name for this interrupt level, and the historical name
is going to go away in the near future).

branches: 1.3.2;
Add spllock(). See spl(9) for details.

Make sure we provide splsched() as described in spl(9).

Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Retire ipkdb entirely. The option was removed from the config files
yesterday.

ok kamil christos

branches: 1.1.6; 1.1.40; 1.1.218;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.4;
Create a new header lwp_private.h to contain _lwp_getprivate_fast,
_lwp_gettcb_fast, _lwp_settcb and remove them from mcontext.h, so that:
1. we don't need special hacks to hide them
2. we can include <lwp.h> where needed to get the necessary prototypes
without redefining them locally.

PPC machine type tags haven't been used for a while.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.2; 1.1.114; 1.1.128;
Add missing file.

branches: 1.1.2; 1.1.4;
Add long-missing(!) <machine/math.h>.

Add <machine/mcontext.h> wrapper.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

Remove all the __P() from sys (excluding sys/dist)
Diff checked with grep and MK1 eyeball.
i386 and amd64 GENERIC and sys still build.

branches: 1.4.78; 1.4.86; 1.4.92;
merge ktrace-lwp.

Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22364, verified by myself.

branches: 1.2.16;
use _AMIGAPPC_MPTR_H_ instead of _MACHINE_MPTR_H_ so this file is included
when it has to be.

branches: 1.1.6; 1.1.10;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.2.4;
Merge newlock2 to head.

branches: 1.1.2;
file mutex.h was initially added on branch newlock2.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.6; 1.1.134; 1.1.148;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Xorg for amiga via wsfb. Currently available on CV64 and CV64/3D. More
graphics cards will follow, when adding wscons support to them.

I didn't manage to make the "wskbd" protocol the default in the X server,
so you have to provide a small xorg.conf with Option "Protocol" "wskbd".
The standard protocol will not work as the Amiga wskbd cannot be switched
into raw mode and has no AT-scancode translation in the kernel.

On the positive side, wskbd also works with national keymaps under X.

The graphics modes can still be defined via grfconfig(8). Xorg's wsfb
driver uses the current grf video mode, which is usually mode #1.
All resolutions and depths seem to work (tested on CV64).

branches: 1.13.12; 1.13.30;
Cleanup powerpc param.h. If compiling a MODULE, ignore port-specific stuff.
Only include <machine/cpu.h> in <powerpc/param.h> at the end.

branches: 1.12.10;
Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

Remove all the __P() from sys (excluding sys/dist)
Diff checked with grep and MK1 eyeball.
i386 and amd64 GENERIC and sys still build.

branches: 1.10.60; 1.10.68; 1.10.74;
- remove unused bdbtofsb.
- move the following macros from MD headers to sys/param.h.
ctod
dtoc
ctob
btoc
dbtob
btodb

branches: 1.9.4; 1.9.8;
merge ktrace-lwp.

branches: 1.8.16;
Bring some stuff up-to-date. To be continued.

Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22364, verified by myself.

branches: 1.6.6;
Use #if 0 for commenting out multiple lines, rather than dodgily-nested
comments (about which GCC warns).

Remove bogus stuff after #endif.

branches: 1.4.2; 1.4.14;
be consistent with #define<TAB>

use _KERNEL_OPT

branches: 1.2.2; 1.2.4;
raise MSIZE from 128 to 256.
- for sizeof(void *) == 8 arch, this is mandatory. MHLEN is too small
already (less than 80) and there are chances for unwanted packet loss due
to m_pullup restriction.
- for other cases, the change should avoid allocating clusters in most cases
(even when you have IPv4 IPsec tunnel, or IPv6 with moderate amount of
extension header)

portmasters: if your arch chokes with the change (high memory usage or
whatever), please backout the change for your arch.

branches: 1.1.4;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Remove the kernel PMC code. Sent yesterday on tech-kern@.

This change:

* Removes "options PERFCTRS", the associated includes, and the associated
ifdefs. In doing so, it removes several XXXSMPs in the MI code, which is
good.

* Removes the PMC code of ARM XSCALE.

* Removes all the pmc.h files. They were all empty, except for ARM XSCALE.

* Reorders the x86 PMC code not to rely on the legacy pmc.h file. The
definitions are put in sysarch.h.

* Removes the kern/sys_pmc.c file, and along with it, the sys_pmc_control
and sys_pmc_get_info syscalls. They are marked as OBSOL in kern,
netbsd32 and rump.

* Removes the pmc_evid_t and pmc_ctr_t types.

* Removes all the associated man pages. The sets are marked as obsolete.

branches: 1.1.2; 1.1.4; 1.1.200; 1.1.202;
Implement pmc(9) -- An interface to hardware performance monitoring
counters. These counters do not exist on all CPUs, but where they
do exist, can be used for counting events such as dcache misses that
would otherwise be difficult or impossible to instrument by code
inspection or hardware simulation.

pmc(9) is meant to be a general interface. Initially, the Intel XScale
counters are the only ones supported.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

Remove all the __P() from sys (excluding sys/dist)
Diff checked with grep and MK1 eyeball.
i386 and amd64 GENERIC and sys still build.

branches: 1.4.78; 1.4.86; 1.4.92;
merge ktrace-lwp.

Centralize the declaration of booted_device and booted_partition.

branches: 1.2.4; 1.2.26;
Make booted_device global (and booted_parition for consitency).
Eliminate it from header files and other extern definitions.

branches: 1.1.2;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

move compat splN calls to intr.h where they belong.

branches: 1.3.10;
Make it compile with all devices from amiga/dev.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.6; 1.1.134;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Replace machine/rnd.h with more appropriate name to share it
with cycle counter based microtime in kern/kern_microtime.c.

branches: 1.1.4; 1.1.6;
Add cpu_counter().

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.2.4;
Merge newlock2 to head.

branches: 1.1.2;
file rwlock.h was initially added on branch newlock2.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

branches: 1.1.2; 1.1.6;
Rename sljitarch.h to sljit_machdep.h.

Rename sljitarch.h to sljit_machdep.h.

branches: 1.1.2; 1.1.4; 1.1.6;
Enable sljit and bpfjit on powerpc.

Add missing <powerpc/FOO/spr.h> to a few files missed on the first pass.
Don't export <machine/spr.h> to userland, only <powerpc/spr.h>

branches: 1.2.78; 1.2.92; 1.2.98;
merge ktrace-lwp.

branches: 1.1.2; 1.1.8; 1.1.10;
Install spr.h

Retire varargs.h support. Move machine/stdarg.h logic into MI
sys/stdarg.h and expect compiler to provide proper builtins, defaulting
to the GCC interface. lint still has a special fallback.
Reduce abuse of _BSD_VA_LIST_ by defining __va_list by default and
derive va_list as required by standards.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.6; 1.1.134; 1.1.148;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.1.6; 1.1.134;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Some improvements based on the work of Adam Ciarcinski.
Adapted everything to integrate with current 5.99 source.
Added an Amiga PIC for interrupt handling.

Status:
A CSPPC machine probably boots into single user, but only few devices
will attach without problems (e.g. keyboard, serial, parallel, floppy disk,
the RTC, CC graphics, sometimes Ariande ethernet and A4000 IDE.
BPPC support is prepared, but unfinished and untested (I don't own a BPPC).

A problem which has to be solved is interrupt acknowledging, which may happen
twice. Once in the amiga drivers from sys/arch/amiga/dev and then in the PPC
specific pic_amiga.c.

branches: 1.6.10;
Now that __HAVE_TIMECOUNTER and __HAVE_GENERIC_TODR are invariants,
remove the conditionals and the code associated with the undef case.

Shared clock.c with amiga, so it supports generic time counter.

branches: 1.4.2; 1.4.8;
Merge the ppcoea-renovation branch to HEAD.

This branch was a major cleanup and rototill of many of the various OEA
cpu based PPC ports that focused on sharing as much code as possible
between the various ports to eliminate near-identical copies of files in
every tree. Additionally there is a new PIC system that unifies the
interface to interrupt code for all different OEA ppc arches. The work
for this branch was done by a variety of people, too long to list here.

TODO:
bebox still needs work to complete the transition to -renovation.
ofppc still needs a bunch of work, which I will be looking at.
ev64260 still needs to be renovated
amigappc was not attempted.

NOTES:
pmppc was removed as an arch, and moved to a evbppc target.

branches: 1.3.10;
Generic soft interrupts are mandatory.

branches: 1.2.38; 1.2.80; 1.2.88;
Rename __GENERIC_SOFT_INTERRUPTS to __HAVE_GENERIC_SOFT_INTERRUPTS,
and place the definition in <machine/types.h>. This can now be used
as a flag to indicate whether or not <machine/intr.h> can be included
to get the generic soft interrupt API.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Retire varargs.h support. Move machine/stdarg.h logic into MI
sys/stdarg.h and expect compiler to provide proper builtins, defaulting
to the GCC interface. lint still has a special fallback.
Reduce abuse of _BSD_VA_LIST_ by defining __va_list by default and
derive va_list as required by standards.

branches: 1.1.6;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

Don't export USER_SR if _MODULE is defined.
Add a common <powerpc/vmparam.h> like we have for <powerpc/pmap.h>

branches: 1.6.140;
Rename PPC_MPC6XX to PPC_OEA (and any mpc6xx reference to oea).

Use __LDPGSZ (which must be == USRTEXT) as the text address for a.out
executables, and eliminate the USRTEXT constant, which was only used
by the a.out exec code.

MAXSLP is defined to be a machine-independent scheduling parameter,
so move it into sys/param.h.

branches: 1.3.2;
Per discussion w/ chuck and chuck, restructure the md page stuff
to use a structure called "vm_page_md", and use __HAVE_VM_PAGE_MD
and __HAVE_PMAP_PHYSSEG.

Add a VM_MDPAGE_MEMBERS macro that defines pmap-specific data for
each vm_page structure. Add a VM_MDPAGE_INIT() macro to init this
data when pages are initialized by UVM. These macros are mandatory,
but ports may #define them to nothing if they are not needed/used.

This deprecates struct pmap_physseg. As a transitional measure,
allow a port to #define PMAP_PHYSSEG so that it can continue to
use it until its pmap is converted to use VM_MDPAGE_MEMBERS.

Use all this stuff to eliminate a lot of extra work in the Alpha
pmap module (it's smaller and faster now). Changes to other pmap
modules will follow.

branches: 1.1.6; 1.1.8;
Initial AmigaPPC commit.

Lots of the work was done by Adam Ciarcinsky.

Currently, this only supports CyberPPC boards by Phase 5. Blizzard PPC
expected later.

The kernel is useless but for demonstrating that it starts... especially
interupts, and most of MMU support, is not in yet. Builtin console works,
however, and you can look at the kernel startup messages.

merge ktrace-lwp.

branches: 1.1.2;
Factor out W{CHAR,INT}_{MAX,MIN} into their own header file.