ack/plat/osxppc/libsys/gettimeofday.s

! The system call checks the timeval pointer but doesn't store the
! time there.  If the pointer wasn't NULL, then the system call
! returns the time in a pair of registers.

.sect .text
.define _gettimeofday
_gettimeofday:
	addi r0, r0, 116	! gettimeofday
	lwz r3, 0(sp)		! timeval pointer
	lwz r4, 4(sp)		! timezone pointer
	or. r5, r3, r3
	sc 0
	b .set_errno
	bc 12, 2, 1f		! beq 1f
	stw r3, 0(r5)		! seconds
	stw r4, 4(r5)		! microseconds
1:
	addi r3, r0, 0		! return 0
	bclr 20, 0, 0
Make working gettimeofday() for Mac OS X. The system call puts the time in a pair of registers, not in the timeval structure. Add code to move the time to the structure, so programs see the correct time, not garbage. This fixes our example programs that use the time as a random seed. 2016-11-23 18:25:55 +00:00			`! The system call checks the timeval pointer but doesn't store the`
			`! time there. If the pointer wasn't NULL, then the system call`
			`! returns the time in a pair of registers.`

Commit a preview of osx386 and osxppc as new platforms. These produce Mach-o executables for Mac OS X on Intel or PowerPC processors. Our code generator for PowerPC (mach/powerpc) still has bugs. Some examples seem to run, but startrek crashes. Our code generator for Intel (mach/i386) is better. There is a problem with job control. If you run paranoia or startrek, then suspend the job (^Z) and resume it ('fg' in bash), then read(2) might fail with EINTR. The larger files in this commit are - plat/osx/cvmach/cvmach.c - plat/osx/libsys/brk.c - plat/osx386/libsys/sigaction.s - plat/osxppc/libsys/sigaction.s 2016-10-02 18:58:05 +00:00			`.sect .text`
			`.define _gettimeofday`
			`_gettimeofday:`
			`addi r0, r0, 116 ! gettimeofday`
			`lwz r3, 0(sp) ! timeval pointer`
			`lwz r4, 4(sp) ! timezone pointer`
Make working gettimeofday() for Mac OS X. The system call puts the time in a pair of registers, not in the timeval structure. Add code to move the time to the structure, so programs see the correct time, not garbage. This fixes our example programs that use the time as a random seed. 2016-11-23 18:25:55 +00:00			`or. r5, r3, r3`
Commit a preview of osx386 and osxppc as new platforms. These produce Mach-o executables for Mac OS X on Intel or PowerPC processors. Our code generator for PowerPC (mach/powerpc) still has bugs. Some examples seem to run, but startrek crashes. Our code generator for Intel (mach/i386) is better. There is a problem with job control. If you run paranoia or startrek, then suspend the job (^Z) and resume it ('fg' in bash), then read(2) might fail with EINTR. The larger files in this commit are - plat/osx/cvmach/cvmach.c - plat/osx/libsys/brk.c - plat/osx386/libsys/sigaction.s - plat/osxppc/libsys/sigaction.s 2016-10-02 18:58:05 +00:00			`sc 0`
			`b .set_errno`
Make working gettimeofday() for Mac OS X. The system call puts the time in a pair of registers, not in the timeval structure. Add code to move the time to the structure, so programs see the correct time, not garbage. This fixes our example programs that use the time as a random seed. 2016-11-23 18:25:55 +00:00			`bc 12, 2, 1f ! beq 1f`
			`stw r3, 0(r5) ! seconds`
			`stw r4, 4(r5) ! microseconds`
			`1:`
			`addi r3, r0, 0 ! return 0`
Commit a preview of osx386 and osxppc as new platforms. These produce Mach-o executables for Mac OS X on Intel or PowerPC processors. Our code generator for PowerPC (mach/powerpc) still has bugs. Some examples seem to run, but startrek crashes. Our code generator for Intel (mach/i386) is better. There is a problem with job control. If you run paranoia or startrek, then suspend the job (^Z) and resume it ('fg' in bash), then read(2) might fail with EINTR. The larger files in this commit are - plat/osx/cvmach/cvmach.c - plat/osx/libsys/brk.c - plat/osx386/libsys/sigaction.s - plat/osxppc/libsys/sigaction.s 2016-10-02 18:58:05 +00:00			`bclr 20, 0, 0`