removed :errfix; const qualifier makes it unnecessary

Machine-dependent files for generic m68k machines, with shared library support.

New-style RCS ids.

Just use definitions from machine/asm.h.

Machine-dependent files for generic m68k machines, with shared library support.

Switch over m68k soffloat build to libc/softfloat.

m68k would previously use softfloat functions contained in libgcc_s.

This change aligns m68k with other platforms built with softfloat.

It is still possible to build the gcc_s softfloat impementation by setting
MKSOFFTFLOAT=yes MKLIBCSOFTFLOAT=no

Addresses PR/59393.

Tidy up how __sigaction14_sigtramp.c is added to SRCS.

The fixuns* come from compiler_rt so softfloat doesn't need to provide them.

Move hardfloat support to its own directory

branches: 1.15.2;
Add genassym / assym.h support

branches: 1.14.6;
Add TLS support for m68k.

branches: 1.13.28;
m68k/Makefile.inc:
- add __mmap.S to SRCS.
- add _lwp_getprivate.S mremap.S to ASM.
sys/Makefile.inc:
- look for __glue.S as well as glue.S.
- introduce a new ASM_MD and set it to "_lwp_getprivate.S mremap.S".
this is used for assembler files that may have non-default
implementations.

now m68k and m68000 mostly build again.

branches: 1.12.10;
G/c KMSRCS and KMINCLUDES now that we have common/lib/libc

Welcome to the new compat layout.

Add support to build the mac68k port with soft-float enabled (i.e., setting
MKSOFTFLOAT=yes). The main purpose of this feature is to let NetBSD work
in machines with the 68040LC chip (those that have the FPU bug).

All the work has been done by Bruce O'Neel <edoneel AT sdf.lonestar.org>,
with some very minor changes by me; the patches were being posted to the
port-mac68k mailing list. It has been tested for a long time by several
users, including me.

I have just verified that regular releases, as well as soft-float ones,
continue to build.

There have been no objections to this patch since I asked for them in July
in the port-mac68k list.

SA_SIGINFO support for m68k (libc)

Enable the libc-provided signal trampoline. The old __sigaction14
entry point has been replaced by the new __sigaction14() which is a
wrapper around the __sigaction_sigtramp system call (which is itself
not directly exposed outside of libc).

No shared library version change is necessary; no new symbols
are exposed outside of libc.

branches: 1.7.12;
Move the bswap functions from libutil to libc (this bups the
minor of libc and the major of libutil). For little-endian architectures
merge the bnswap() assembly versions with nto* and hton* using symbols
aliasing. Use symbol renaming for the bswap function in this case to avoid
namespace pollution.
Declare bswap* in machine/bswap.h, not machine/endian.h. For little-endian
machines, common code for inline macros go in machine/byte_swap.h
Sync libkern with libc.
Adjust #include in kernel sources for machine/bswap.h.

add memmove.S to libkern.

Copy more files to libkern.

Added ashldi3.S, ashrdi3.S, and lshrdi3.S to KMSRCS

have copy-to-libkern copy strcat.S, not strcat.c

New-style RCS ids.

Need for copy-to-libkern-machdep in ../../Makefile

Only jump to CERROR if carry is set, not clear.

Make CERROR hidden. Use END() appropriately.

branches: 1.16.56; 1.16.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Revert previous: .S files are currently compiled with -traditional-cpp,
so __STDC__ is _not_ always defined.

__STDC__ is always defined on NetBSD.

* Add WSYSCALL() to SYS.h, which creates a system call with an
internal name and a weak alias for the name.
* Add a WEAKASM syscall list, and process it.
* Make sysarch() have an internal name (_sysarch()).

branches: 1.12.8;
Add register prefixes.

branches: 1.11.2;
Call cerror through the PLT.

* On architectures using ELF, and conditionally on those in transition, rename
_ASM_LABEL(cerror) and _ASM_LABEL(curbrk) to _C_LABEL(__cerror) and
_C_LABEL(__curbrk) (or their respective architecture-specific equivalents) to
avoid possible name clashes with identifiers used in user applications.
* Do the same for minbrk on all architectures to avoid a GCC-specific (and
on ELF architectures effectively useless) symbol reference renaming in MI code.

Consistency: distinguish between PSEUDO() and PSEUDO_NOERROR().

Define immediate values properly for the __STDC__ preprocessor case,
from Hiroshi HORIMOTO <horimoto@cs-aoi.cs.sist.ac.jp>, PR #3222.

Fix typo

Added new macros:
SYSTRAP(x): Expands to the code used to call syscall x.
This is used to simplify other macros.

SYSCALL_NOERROR(x): Like SYSCALL except that "x" is a syscall
that can never fail.

RSYSCALL_NOERROR(x): Like RSYSCALL except that "x" is a syscall
that can never fail.

New-style RCS ids.

fixed ld.so to properly save all regs when binding PIC functions. We no
longer need the special case (PIC) code to push args when calling cerror.

branches: 1.3.2;
handle __STDC__ preprocessor.

Use machine/asm.h for ENTRY() macros.

Machine-dependent files for generic m68k machines, with shared library support.

Decorate the m68k signal trampoline with the appropriate .cfi
directives to allow exception unwind / backtrace across a signal
handler.

branches: 1.1.6; 1.1.10;
Add genassym / assym.h support

New port: mac68ksf - Macintosh 68k softfloat.

This commit is all the Makefile glue for the new port which is the mac68k
port with MKSOFTFLOAT set to "yes".

As posted here:
https://mail-index.netbsd.org/port-mac68k/2025/10/14/msg001037.html

Merge riastradh-drm2 to HEAD.

${MACHINE_ARCH} != "m68000" --> ${MACHINE_ARCH} == "m68k"

branches: 1.3.44; 1.3.50; 1.3.56;
It's .endif, not .fi.

Don't build extended-precision routines on m68000; from Havard.

Add strtof(3) and strtold(3); welcome libc 12.137.

Add machine-dependent definitions for gdtoa.

Add machine-dependent definitions for gdtoa.

New port: mac68ksf - Macintosh 68k softfloat.

This commit is all the Makefile glue for the new port which is the mac68k
port with MKSOFTFLOAT set to "yes".

As posted here:
https://mail-index.netbsd.org/port-mac68k/2025/10/14/msg001037.html

flt_rounds.S is only used for gcc_s softfloat.

libc/softfloat (the default) uses softfloat/flt_rounds.c.

Switch over m68k soffloat build to libc/softfloat.

m68k would previously use softfloat functions contained in libgcc_s.

This change aligns m68k with other platforms built with softfloat.

It is still possible to build the gcc_s softfloat impementation by setting
MKSOFFTFLOAT=yes MKLIBCSOFTFLOAT=no

Addresses PR/59393.

Add m68k assembler version of __muldi3().

This is intended for 68060:
- GCC does not emit __muldi3() for 68020-40, that have 32 * 32 --> 64 mulul
- mulsl (and moveml), used in this code, are not implemented for 68010

In comparison with that from compiler_rt, this version saves:
- 12% of processing time
- 12 bytes of stack
- 50 bytes of code size
Also, slightly faster, memory saving, and smaller than libgcc version.

By examining with evcnt(9), __muldi3() is invoked more than 1000 times per
sec by kernel, which should justify to introduce assembler version of this
function.

Restrict usage of m68k assembler versions of {,u}divsi3 and {,u}divsi3 to
kernel and bootloader for 68010.

They requires a special calling convention to udivsi3, and cannot to be
mixed up in normal routines provided by libgcc or compiler_rt. Although,
there's no problem for using them in a controlled situation, i.e., kernel
and standalone programs.

Note that this does not affect at all m68k ports other than sun2, since
codes generated by gcc do not call these routines.

Assembler files are moved from common/lib/libc/arch/m68k/gen to
sys/lib/libkern/arch/m68k in order not to be compiled in libc.

Revert hack introduced to lib/libc/compiler_rt/Makefile.inc rev 1.37:
http://cvsweb.netbsd.org/bsdweb.cgi/src/lib/libc/compiler_rt/Makefile.inc#rev1.37

Proposed on port-sun2@ with no response...
(Again, this does not affect m68k ports other than sun2.)
http://mail-index.netbsd.org/port-sun2/2020/03/10/msg000102.html

Unify signbitl implementations.
(Unclear why they were different, it was only the comments that
differed)

Add a comment describing why the generic version works for both 80-bit
and 128-bit double.

branches: 1.35.12;
provide a common softfloat fenv implemenation and use it for softfloat builds.
restore ABI compatibility with previous releases for ieeefp.h on sh3.
add namespace.h protection for all the fenv interfaces.
use MKSOFTFLOAT on sh3 instead of assuming softfloat.
standardize on comparing MKSOFTFLOAT with "no".
remove the arm-specific softfloat fenv code (which also had several bugs).
fix logic errors in the arm hardfloat feraiseexcept() and feupdateenv().

branches: 1.34.2;
Sync with compat and remove dup implementations of ldexp and modf, switching
mips and m68k to the compat copies.

branches: 1.33.8;
Merge riastradh-drm2 to HEAD.

Cleanup. hardfloat stuff is now in its own directory

branches: 1.31.6; 1.31.10;
Add TLS support for m68k.

branches: 1.30.6;
Rename ${SRCS.{alpha,arm,...}.gen} to ${LSRCS.{alpha,arm,...}.gen} because
they ended up in ${LSRCS}, not ${SRCS}. ${SRCS.*} namespace will be used
for more useful things. No functional changes intended.

Add no/op routines for m68000 for the sticky, mask, and round settings.

build frexp_ieee754 in the "compat" subtree
(The Makefile logics for ldexp and modf is too involved for me to deal
with this now.)

Welcome to the new compat layout.

Push back the descriptions of NaN formats, and descriptions of the
distinction between signalling NaNs and quiet NaNs back into the
machine-dependent headers; treat the implementation of __nanf in the
same spirit.

IEEE 754 leaves the distinction between signalling NaNs and quiet NANs
to the implementation, and unlike our headers used to suggest they're
not identical in the interpretation of the fraction's MSb; in due
course, make those of hppa, mips, sh3, and sh5 reflect reality.

branches: 1.25.2;
Add support to build the mac68k port with soft-float enabled (i.e., setting
MKSOFTFLOAT=yes). The main purpose of this feature is to let NetBSD work
in machines with the 68040LC chip (those that have the FPU bug).

All the work has been done by Bruce O'Neel <edoneel AT sdf.lonestar.org>,
with some very minor changes by me; the patches were being posted to the
port-mac68k mailing list. It has been tested for a long time by several
users, including me.

I have just verified that regular releases, as well as soft-float ones,
continue to build.

There have been no objections to this patch since I asked for them in July
in the port-mac68k list.

* Turn isinf(3) and isnan(3) into C99-style macros.
* Make it possible for ports to override these (i.e., VAX).
* Remove isnanl(), which was internal to libc only.

Add C99 fpclassify(), isfinite(), isnormal(), and signbit() macros.

Use the generic `long double' == `double' versions on m68000.

Add __infinityf and __infinityl, float respectively long double analogs
of __infinity.

replace __longjmp14 asm-implementation with __longjmp14 C-implementation
uses setcontext instead of __sigreturn14
fixes longjmp/siglongjmp when !COMPAT_16

* Since there is no single portable IEEE 754 format for a long double,
keep a common implementation of isinfl() and isnanl() to be used by
platforms where `long double' == `double'; move others into
machine-dependent code.
* In due course, consider __VFP_FP__ on arm.

Rework how dependency generation is performed:

* DPSRCS contains extra dependencies, but is _NOT_ added to CLEANFILES.
This is a change of behaviour. If a Makefile wants the clean semantics
it must specifically append to CLEANFILES.
Resolves PR toolchain/5204.

* To recap: .d (depend) files are generated for all files in SRCS and DPSRCS
that have a suffix of: .c .m .s .S .C .cc .cpp .cxx

* If YHEADER is set, automatically add the .y->.h to DPSRCS & CLEANFILES

* Ensure that ${OBJS} ${POBJS} ${LOBJS} ${SOBJS} *.d depend upon ${DPSRCS}

* Deprecate the (short lived) DEPENDSRCS


Update the various Makefiles to these new semantics; generally either
adding to CLEANFILES (because DPSRCS doesn't do that anymore), or replacing
specific .o dependencies with DPSRCS entries.

Tested with "make -j 8 distribution" and "make distribution".

Build _isinfl() and _isnanl().

Rename ieee754_function.c to function_ieee754.c, following the convention
used in exec_format.c, loadfile_format.c, subsys_machdep.c etc.
Per discussion with Christos.

Merge the nathanw_sa branch.

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

Don't compile softfloat or integer support routines on 68000
machines, they have this support already in libgcc.

branches: 1.12.6;
C99: Define a NAN macro in <math.h> which evaulates to a constant expression of
a single-precision quiet NaN; only to be defined on platforms that do support
this value.

Reimplement the FSCALE version as C-with-assembler. (Make the compiler deal
with ABI crap.)

Separate isnan() into a separate module, and make isinf()/isnan() use ieee.h.

Move the bswap functions from libutil to libc (this bups the
minor of libc and the major of libutil). For little-endian architectures
merge the bnswap() assembly versions with nto* and hton* using symbols
aliasing. Use symbol renaming for the bswap function in this case to avoid
namespace pollution.
Declare bswap* in machine/bswap.h, not machine/endian.h. For little-endian
machines, common code for inline macros go in machine/byte_swap.h
Sync libkern with libc.
Adjust #include in kernel sources for machine/bswap.h.

Update for signal changes.

Fix typo, which resulted in always compiling the M68040/M68060-version
of ldexp.

branches: 1.6.2;
ieee.h and ldexp.c taken from the powerpc port, for the benefit of
68040 and 68060 owners.
With ``make M68040=1'' or ``make M68060=1'', we build a libc where the ldexp()
doesn't use excessive amounts of system cpu time.
Without any of those defines, the normal assembler version using FSCALE is
included, for the benefit of M68020 and M68030 users, or M68040/M68060 users
where the ldexp performance is no bottleneck.
[Its not yet worked out how to include both library versions in a binary
distribution, but you can build your own from source now if you need it.]
For details, look at PR 3105.

Remove the duplicated __builtin_saveregs function.
We only need it in src/gnu/usr.bin/gcc/libgcc/libgcc2.c.

m68k sig{set,long}jmp from Henric Jungheim (uhenric@mcl.ucsb.edu) as
followup to GNATS report port-amiga/1009.
Passes regression tests.
I added a NetBSD string and changed jbra to jra.

Added __flt_rounds(), fp{get,set}{round,mask,sticky}().

don't forget inifinity.c

need these for new gen/Makefile

Welcome to the new compat layout.

Patterned after the other fixes for __longjmp14.c, include
<compat/include/setjmp.h> also here to make these build.

replace __longjmp14 asm-implementation with __longjmp14 C-implementation
uses setcontext instead of __sigreturn14
fixes longjmp/siglongjmp when !COMPAT_16

Welcome to the new compat layout.

replace __longjmp14 asm-implementation with __longjmp14 C-implementation
uses setcontext instead of __sigreturn14
fixes longjmp/siglongjmp when !COMPAT_16

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

Patches provided by Joel Baker in PR 22280, verified by myself.

Restore %a0 after the call to sigprogmask(2) since an ELF kernel
will stomp on it due to SVR4 ABI compliance...

branches: 1.3.6;
Add register prefixes.

ELF PIC support.
Small optimization.

branches: 1.1.4;
Update for signal changes.

Welcome to the new compat layout.

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

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

ELF PIC support.

branches: 1.1.4;
Update for signal changes.

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.

branches: 1.9.2;
Trailing whitespace

fix lint

Add TLS support for m68k.

branches: 1.6.4;
Allow storing and receiving the LWP private pointer via ucontext_t
on all platforms except VAX and IA64. Add fast access via register for
AMD64, i386 and SH3 ports. Use this fast access in libpthread to replace
the stack based pthread_self(). Implement skeleton support for Alpha,
HPPA, PowerPC, SPARC and SPARC64, but leave it disabled.

Ports that support this feature provide __HAVE____LWP_GETPRIVATE_FAST in
machine/types.h and a corresponding __lwp_getprivate_fast in
machine/mcontext.h.

This material is based upon work partially supported by
The NetBSD Foundation under a contract with Joerg Sonnenberger.

branches: 1.5.8; 1.5.20;
Remove clause 3 and 4 from TNF licenses

branches: 1.4.18;
Add missing __RCSID()

Make sure we reference getcontext() by its internal name.

Merge the nathanw_sa branch.

branches: 1.1.2;
file _lwp.c was initially added on branch nathanw_sa.

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.7.56; 1.7.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

ELF PIC support.

branches: 1.4.4;
Use _C_LABEL() to generate C labels.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Use a more portable series of instructions.

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, return the pointer in a0, too.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.5.56; 1.5.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.5.56; 1.5.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Use reach-over sources from common/lib/libc

Add register prefixes.

branches: 1.1.4;
Move the bswap functions from libutil to libc (this bups the
minor of libc and the major of libutil). For little-endian architectures
merge the bnswap() assembly versions with nto* and hton* using symbols
aliasing. Use symbol renaming for the bswap function in this case to avoid
namespace pollution.
Declare bswap* in machine/bswap.h, not machine/endian.h. For little-endian
machines, common code for inline macros go in machine/byte_swap.h
Sync libkern with libc.
Adjust #include in kernel sources for machine/bswap.h.

Use reach-over sources from common/lib/libc

Add register prefixes.

branches: 1.1.4;
Move the bswap functions from libutil to libc (this bups the
minor of libc and the major of libutil). For little-endian architectures
merge the bnswap() assembly versions with nto* and hton* using symbols
aliasing. Use symbol renaming for the bswap function in this case to avoid
namespace pollution.
Declare bswap* in machine/bswap.h, not machine/endian.h. For little-endian
machines, common code for inline macros go in machine/byte_swap.h
Sync libkern with libc.
Adjust #include in kernel sources for machine/bswap.h.

Use reach-over sources from common/lib/libc

Add register prefixes.

branches: 1.2.4;
68060 optimization, doesnt hurt others

Move the bswap functions from libutil to libc (this bups the
minor of libc and the major of libutil). For little-endian architectures
merge the bnswap() assembly versions with nto* and hton* using symbols
aliasing. Use symbol renaming for the bswap function in this case to avoid
namespace pollution.
Declare bswap* in machine/bswap.h, not machine/endian.h. For little-endian
machines, common code for inline macros go in machine/byte_swap.h
Sync libkern with libc.
Adjust #include in kernel sources for machine/bswap.h.

Remove hardfloat now that it's someplace else.

branches: 1.7.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.5.56; 1.5.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.7.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.5.56; 1.5.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Use reach-over sources from common/lib/libc

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

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

fix another mergeo

Merge the [pgoyette-compat] branch

On ports without __HAVE_LONG_DOUBLE, make fabsl alias fabs.

For some reason, fabs lives in libc, not in libm, and our tests now
detect when fabs or fabsl is missing from libm. For those ports that
sometimes have long double and sometimes don't, make it conditional.

Still missing: fabs _and_ fabsl on ia64. Need help from an itanium
wizard! Other portmasters: Please take a look and see if I missed
any ports that might have long double where this alias will not work.

branches: 1.11.26; 1.11.28;
Use __HAVE_FPU__ instead __HAVE_68881__

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.8.4; 1.8.8; 1.8.28;
Remove clause 3 and 4 from TNF licenses

branches: 1.7.32;
On m68000, all code is compiled softfloat, so functions
that return floats must do so in integer registers, as the
pre-SVR4 ABI code did. So in these functions we ignore
__SVR4_ABI__ if __HAVE_68881__ is not also set.

branches: 1.6.8;
Add register prefixes.

branches: 1.5.2;
When using the SVR4 ABI, just return floating point values in fp0.

Fix files using old TNF copyright notice

new implementation that simply clears most significant bit

New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.7.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.5.56; 1.5.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.7.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.5.56; 1.5.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.10.2;
Add END(func)

branches: 1.9.60; 1.9.66;
The mapping is, effectively, an exclusive or with 0x01. Replace.
Savings: 10 bytes of code/constant data, 1 machine instruction (including
one memory access).

Add register prefixes.

branches: 1.7.12;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Put jtc's notice back, since these are now roughly identical.

Actually, bitfields are faster on the '040; optimize for it, but adjust the
fields so that the mask and sticky bits are the same.

Rewrite these to use the accrued exception byte for sticky flags, and to
avoid expensive bitfield instructions.

Fix typo.

Optimize.

Added __flt_rounds(), fp{get,set}{round,mask,sticky}().

Merge riastradh-drm2 to HEAD.

Fix typo. Don't define map if it isn't used.

branches: 1.4.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.2.50; 1.2.56;
Add support to build the mac68k port with soft-float enabled (i.e., setting
MKSOFTFLOAT=yes). The main purpose of this feature is to let NetBSD work
in machines with the 68040LC chip (those that have the FPU bug).

All the work has been done by Bruce O'Neel <edoneel AT sdf.lonestar.org>,
with some very minor changes by me; the patches were being posted to the
port-mac68k mailing list. It has been tested for a long time by several
users, including me.

I have just verified that regular releases, as well as soft-float ones,
continue to build.

There have been no objections to this patch since I asked for them in July
in the port-mac68k list.

branches: 1.1.2;
Added. These are part of the soft-float support on the 68010.

branches: 1.3.8;
Remove clause 3 and 4 from TNF licenses

branches: 1.2.10;
From Christos: gdtoa fixes for m68k. M68k ports should build now, but
printing extended precision is a little off.

branches: 1.1.16;
C99 7.12.3.1: add IEEE library portions of fpclassify. Don't build these
yet as the VAX implementation is still subject to discussion.

Sprinkle some /* ARGSUSED */ before the dummy functions to appease lint.

branches: 1.1.6;
Add no/op routines for m68000 for the sticky, mask, and round settings.

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

branches: 1.7.58; 1.7.64;
Add internal names for fp{get,set}{mask,round,sticky}(), and
externally-visible weak aliases for the internal names.

branches: 1.6.8;
Add register prefixes.

branches: 1.5.12;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Actually, bitfields are faster on the '040; optimize for it, but adjust the
fields so that the mask and sticky bits are the same.

Rewrite these to use the accrued exception byte for sticky flags, and to
avoid expensive bitfield instructions.

removed commented-out #include <machine/asm.h>

Added __flt_rounds(), fp{get,set}{round,mask,sticky}().

Remove hardfloat now that it's someplace else.

branches: 1.9.2;
Add END(func)

branches: 1.8.58; 1.8.64;
Add internal names for fp{get,set}{mask,round,sticky}(), and
externally-visible weak aliases for the internal names.

branches: 1.7.8;
Add register prefixes.

branches: 1.6.12;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Put jtc's notice back, since these are now roughly identical.

Actually, bitfields are faster on the '040; optimize for it, but adjust the
fields so that the mask and sticky bits are the same.

Rewrite these to use the accrued exception byte for sticky flags, and to
avoid expensive bitfield instructions.

removed commented-out #include <machine/asm.h>

Added __flt_rounds(), fp{get,set}{round,mask,sticky}().

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

branches: 1.7.58; 1.7.64;
Add internal names for fp{get,set}{mask,round,sticky}(), and
externally-visible weak aliases for the internal names.

branches: 1.6.8;
Add register prefixes.

branches: 1.5.12;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Actually, bitfields are faster on the '040; optimize for it, but adjust the
fields so that the mask and sticky bits are the same.

Rewrite these to use the accrued exception byte for sticky flags, and to
avoid expensive bitfield instructions.

removed commented-out #include <machine/asm.h>

Added __flt_rounds(), fp{get,set}{round,mask,sticky}().

Remove hardfloat now that it's someplace else.

branches: 1.9.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.7.58; 1.7.64;
Add internal names for fp{get,set}{mask,round,sticky}(), and
externally-visible weak aliases for the internal names.

branches: 1.6.8;
Add register prefixes.

branches: 1.5.12;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Actually, bitfields are faster on the '040; optimize for it, but adjust the
fields so that the mask and sticky bits are the same.

Rewrite these to use the accrued exception byte for sticky flags, and to
avoid expensive bitfield instructions.

removed commented-out #include <machine/asm.h>

Added __flt_rounds(), fp{get,set}{round,mask,sticky}().

Remove hardfloat now that it's someplace else.

branches: 1.10.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.8.58; 1.8.64;
Add internal names for fp{get,set}{mask,round,sticky}(), and
externally-visible weak aliases for the internal names.

branches: 1.7.8;
Add register prefixes.

branches: 1.6.12;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Put jtc's notice back, since these are now roughly identical.

Actually, bitfields are faster on the '040; optimize for it, but adjust the
fields so that the mask and sticky bits are the same.

Rewrite these to use the accrued exception byte for sticky flags, and to
avoid expensive bitfield instructions.

removed commented-out #include <machine/asm.h>

Added __flt_rounds(), fp{get,set}{round,mask,sticky}().

Remove hardfloat now that it's someplace else.

branches: 1.9.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.7.58; 1.7.64;
Add internal names for fp{get,set}{mask,round,sticky}(), and
externally-visible weak aliases for the internal names.

branches: 1.6.8;
Add register prefixes.

branches: 1.5.12;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Actually, bitfields are faster on the '040; optimize for it, but adjust the
fields so that the mask and sticky bits are the same.

Rewrite these to use the accrued exception byte for sticky flags, and to
avoid expensive bitfield instructions.

removed commented-out #include <machine/asm.h>

Added __flt_rounds(), fp{get,set}{round,mask,sticky}().

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

branches: 1.6.10;
Trivial KNF.

Make the C version of frexp() consitent across platforms, and handle the
Inf/NaN case.

Use ieee.h structs and macros.

Fix RCSID's

New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

branches: 1.6.2;
check LIBC_SCCS

delint

const poisoning.

Fix RCSID's

New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Add missing __RCSID()

Add __infinityf and __infinityl, float respectively long double analogs
of __infinity.

branches: 1.2.8;
Remove clause 3 and 4 from TNF licenses

branches: 1.1.30;
C99 7.12.3.2: add library portions of isfinite, but don't build these just
yet.

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

branches: 1.8.6;
Delint.

Separate isnan() into a separate module, and make isinf()/isnan() use ieee.h.

delint

Need internal names for isinf() and isnan().

Fix RCSID's
Add missing math.h include

Add explicit return type

New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

branches: 1.1.4;
Machine-dependent files for generic m68k machines (copied from hp300)

The explicit integer bit is "don't care" for infinity, and now that it's
included in ext_frach, it needs to be masked off when testing for an
infinity value. Fixes the ieeefp/infinity regression test on the 68060
which clears the explicity integer bit when loading an infinity value.

branches: 1.5.10;
Modify the high part of the fraction so that we recognize our __infinityl
value.
XXX - seems like we could share this with LE archs

branches: 1.4.22;
* Turn isinf(3) and isnan(3) into C99-style macros.
* Make it possible for ports to override these (i.e., VAX).
* Remove isnanl(), which was internal to libc only.

Err, rename some members added in previous to make them reflect their
semantics better.

Retire local union { floating-type; struct ieee_prec; } in favor of those
available from <machine/ieee.h>

* Since there is no single portable IEEE 754 format for a long double,
keep a common implementation of isinfl() and isnanl() to be used by
platforms where `long double' == `double'; move others into
machine-dependent code.
* In due course, consider __VFP_FP__ on arm.

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

branches: 1.2.6;
Delint.

Separate isnan() into a separate module, and make isinf()/isnan() use ieee.h.

* Turn isinf(3) and isnan(3) into C99-style macros.
* Make it possible for ports to override these (i.e., VAX).
* Remove isnanl(), which was internal to libc only.

Ignore the explicit integer bit here, too; otherwise an infinity with the
explicit integer bit set could be classified as NaN.

Err, rename some members added in previous to make them reflect their
semantics better.

Retire local union { floating-type; struct ieee_prec; } in favor of those
available from <machine/ieee.h>

* Since there is no single portable IEEE 754 format for a long double,
keep a common implementation of isinfl() and isnanl() to be used by
platforms where `long double' == `double'; move others into
machine-dependent code.
* In due course, consider __VFP_FP__ on arm.

Reimplement the FSCALE version as C-with-assembler. (Make the compiler deal
with ABI crap.)

When using the SVR4 ABI, just return floating point values in fp0.

Most calls of ldexp() won't be with a first parameter of 0.0. Don't penalize
them for a slight optimization of the zero case.

Use <machine/asm.h>

branches: 1.3.2;
use fscalel instead of ftwotoxl/fmulx

New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Reimplement the FSCALE version as C-with-assembler. (Make the compiler deal
with ABI crap.)

Don't ever return -0.0.

Minor style change.

Just some minor cleanup.

ieee.h and ldexp.c taken from the powerpc port, for the benefit of
68040 and 68060 owners.
With ``make M68040=1'' or ``make M68060=1'', we build a libc where the ldexp()
doesn't use excessive amounts of system cpu time.
Without any of those defines, the normal assembler version using FSCALE is
included, for the benefit of M68020 and M68030 users, or M68040/M68060 users
where the ldexp performance is no bottleneck.
[Its not yet worked out how to include both library versions in a binary
distribution, but you can build your own from source now if you need it.]
For details, look at PR 3105.

Fix RCSID's
Add missing math.h include

Architecture-specific bits for libc on the PowerPC. From Wolfgang
Solfrank <ws@tools.de>

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

fix -Wshadow warnings

branches: 1.6.10;
Another microoptimization. Take advantage of the addition already having set
the flags for the <=0 comparison.

Reuse the trick of loading 0.0 (rather than 1.0) and then modifying the
exponent. It's a bit faster on some machines.

Nuke unused variable.

ldexp(denormal, exp>1023) would generate the wrong result in all non-overflow
cases. Totally rework this code to fix this bug *and* make it faster.

Oops; committed wrong version here.

Reimplement the FSCALE version as C-with-assembler. (Make the compiler deal
with ABI crap.)

branches: 1.3.8;
Remove clause 3 and 4 from TNF licenses

branches: 1.2.32;
-Wshadow fix

branches: 1.1.10;
Reimplement the FSCALE version as C-with-assembler. (Make the compiler deal
with ABI crap.)

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

cpoy from the 040 version: -Wshadow warning fix

branches: 1.1.2;
Added. These are part of the soft-float support on the 68010.

branches: 1.2.8;
Remove clause 3 and 4 from TNF licenses

branches: 1.1.18;
Welcome to the new compat layout.

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.5.56; 1.5.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.5.56; 1.5.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

branches: 1.3.8;
Remove clause 3 and 4 from TNF licenses

branches: 1.2.30;
Merge the nathanw_sa branch.

branches: 1.1.2;
file makecontext.c was initially added on branch nathanw_sa.

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

branches: 1.1.2;
Added. These are part of the soft-float support on the 68010.

Use reach-over sources from common/lib/libc

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

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.9.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.7.56; 1.7.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.5.2;
Oops, typo.

When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Remove hardfloat now that it's someplace else.

branches: 1.8.2;
Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.6.56; 1.6.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Use reach-over sources from common/lib/libc

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

Patches provided by Joel Baker in PR 22280, verified by myself.

Add register prefixes.

branches: 1.3.6;
Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Make NAN a compile time constant (with help from the compiler). Suggested
by krister. Fixes PR 40695.
Make references to the old construct (which we can't remove for binary
compatibility reasons) emit a linker warning.

branches: 1.3.2; 1.3.32;
Push back the descriptions of NaN formats, and descriptions of the
distinction between signalling NaNs and quiet NaNs back into the
machine-dependent headers; treat the implementation of __nanf in the
same spirit.

IEEE 754 leaves the distinction between signalling NaNs and quiet NANs
to the implementation, and unlike our headers used to suggest they're
not identical in the interpretation of the fraction's MSb; in due
course, make those of hppa, mips, sh3, and sh5 reflect reality.

Clean up some rampant code duplication wrt ieee number handling:
- Add alignment-safe double and float unions.
- Use the above for the __infinity and __nan constants on all
architectures that use the standard ieee754 representation of
those constants.
- Add a single copy of various ieee754 math functions (frexp, isinf,
isnan, ldexp and modf) that had numerous duplicates among the
arch-specific directories.
- Use the above functions on all architectures where the generic C
versions where used. Architectures that had local assembly
routines are untouched (for those functions only).

branches: 1.1.6;
C99: Define a NAN macro in <math.h> which evaulates to a constant expression of
a single-precision quiet NaN; only to be defined on platforms that do support
this value.

Use __HAVE_FPU__ instead __HAVE_68881__

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.7.56; 1.7.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

On m68000, all code is compiled softfloat, so functions
that return floats must do so in integer registers, as the
pre-SVR4 ABI code did. So in these functions we ignore
__SVR4_ABI__ if __HAVE_68881__ is not also set.

branches: 1.5.8;
Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)

Use __HAVE_FPU__ instead __HAVE_68881__

Add END(func)

Convert to normal Motorola syntax for addressing.
%r@ -> (%r)
%r@- -> -(%r)
%r@+ -> (%r)+
%r@(n) n(%r)
etc.
No object differences.

branches: 1.7.56; 1.7.62;
Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22280, verified by myself.

On m68000, all code is compiled softfloat, so functions
that return floats must do so in integer registers, as the
pre-SVR4 ABI code did. So in these functions we ignore
__SVR4_ABI__ if __HAVE_68881__ is not also set.

branches: 1.5.8;
Add register prefixes.

branches: 1.4.2;
When using the SVR4 ABI, just return floating point values in fp0.

Use <machine/asm.h>

branches: 1.2.2;
New-style RCS id's. In assmebly files, use the RCSID() macro where
appropriate.

Machine-dependent files for generic m68k machines (copied from hp300)

Clean up deleted files.

Machine-dependent files for generic m68k machines (copied from hp300)